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1. STATIC PRESSURE 600 PSI t t a 14 IT
2. RESIDUAL PRESSURE. 58 0 P5
1 FLOW, GPM: 1 250 GPM
4. FLOW LOCATION:
a06 RAILROAD STREET OPERATIONS CENTER
YELM, WASHINGTON 98597 A EA OF WORK
5, DATE OF TEST, 06 -26 -2012 c -�
6. RECEIVED VIA E -MAIL !`� FOR
7f . TEST INFORMATION SUPPLIED RU
YELM PUBLIC WORKS - TIM PETERSON
.
(360) 458 -8499
IM11MN v EXISTING
` / "I '` b II IIWIIIRIMRIIIIIIIIIIIII
IIRM �I FIRE SPRINKLER
SYSTEM RISER
EXISTING T r
0 -6 ,FIRE WATER SU., �.
�Y r
240 LE '
Z �
r<CY _ r� � EXISTING
)
CL t t a•` BUILDING
I
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4 u
EXISTING
BACKFLOW & FDC co
IT
EXISTING WATER MAIN EXISTING
TEST O FIRE HYDRANT
NW STEVENS AVE. �o��
_ A
VICINITY SITE MAP
NOT TO SCALE N
INSTALLATION NOTE
FOR MECHANICAL TEES
*WIRE DISC TO SPRINKLER PIPE X2`
AT ALL MECH. TEES
WIRE MECHANICAL
SADDLE TEE xFl
SPRINKLER PIPE DMIECH FROM nIN
26 N u I
28 r u - 2:7
(' 1 eP 6' NIB OF PIPE
an J METAL S MY SCREW
XDD
1' i
o'1� 210 9 -0 I
n
1' PP
r
CC 212 1• 1211
Ea
IT ! JJ PP
REMOTE AREA #1
ELECTRICAL
110 LUBESTO
U 1 1 109 r: ) A
MAXIMUM DISTANCE BETWEEN HANGERS
NOMINAL PIPE
REMOTE AREA #2
r
ES z
TOR2+
V,
Y3 A�GP
el UW
RISER ROOM
II�1II
m Qs ° w
TYR. ROOF SYSTEM
SIZE (in)
1"
F+
_
NEW
HI -LOW PRESSURE SWITCH
�'
d z
° a
�^ I
CA
z
NEW NEW METAL ROOF SYSTEM PER BLDG MNFR OVER
F.S.S. F.S. '..
12
STEEL PIPE EXCE Pi
9
2:2 I -0
x
EX. FLOW SWITCH
LOW PRESSURE SWITCH ��
o'
0
6" BBp CL PIPE
TEST & DRAIN VALVE
NEW
4^ GROOVED BUTTERFLY_
TAMPERED CONTROL VALVE
RIGHT
GHT HEAD UPRIGHT HEA 3 "THI MIN R-IS RIGID INSULATION
U �� 2 D
THREADED UGHIWALL
12 -0
12-0
15 -0
IS -0
15 -0
15 -0
15 -D
IS -0
METAL SAMMY SCREW e
15 -D
IS -D
THREADED uclTlwuL
X
W
1"
-
6
�C
•Fmi
DRY RISER
R-45 GATT INSULATION BETWEEN ROOF GIRLS
STEEL PIPE
12 -D
2:3
12 -0
12 -G
12 -0
'
I
N/A
N/A
N/A
N/A
�BUS WASH I
STRUC
�00��0
26 N u I
28 r u - 2:7
(' 1 eP 6' NIB OF PIPE
an J METAL S MY SCREW
XDD
1' i
o'1� 210 9 -0 I
n
1' PP
r
CC 212 1• 1211
Ea
IT ! JJ PP
REMOTE AREA #1
ELECTRICAL
110 LUBESTO
U 1 1 109 r: ) A
MAXIMUM DISTANCE BETWEEN HANGERS
NOMINAL PIPE
�
r
ES z
TOR2+
2'
el UW
RISER ROOM
II�1II
m Qs ° w
TYR. ROOF SYSTEM
SIZE (in)
1"
tY
HE
NEW
HI -LOW PRESSURE SWITCH
�'
d z
° a
w =
c
z
NEW NEW METAL ROOF SYSTEM PER BLDG MNFR OVER
F.S.S. F.S. '..
12
STEEL PIPE EXCE Pi
4" DRY PIPE VALVE
x
EX. FLOW SWITCH
LOW PRESSURE SWITCH ��
EXISTING INSPECTOR'S
_
TEST & DRAIN VALVE
NEW
4^ GROOVED BUTTERFLY_
TAMPERED CONTROL VALVE
RIGHT
GHT HEAD UPRIGHT HEA 3 "THI MIN R-IS RIGID INSULATION
U �� 2 D
THREADED UGHIWALL
12 -0
12-0
15 -0
IS -0
15 -0
15 -0
15 -D
IS -0
15 -0
15 -D
IS -D
THREADED uclTlwuL
X
W
-
6
�C
WET AND
DRY RISER
R-45 GATT INSULATION BETWEEN ROOF GIRLS
STEEL PIPE
12 -D
12 -D
12 -0
12 -G
12 -0
12 -0
N/A
N/A
N/A
N/A
N/A
NFPA 13 1010
9.3.P.3 The end spreler on a line shall be restrained AT
against excess ve rdael and lateral movement.
936.4 Branch Ines shall be laterally restrained
OF ntervals not alotances belaw per table 93.6.4a
Based on OR or 057
PP (R)
C L
mA.CN
= x
&
�
r
ES z
TOR2+
2'
el UW
RISER ROOM
II�1II
vi
4�S, 1e��
�
r
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�
RISER ROOM
II�1II
m Qs ° w
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) EXISTING
ggL�E�
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CABINET
4 w
ELECTRIC BELL
NEW
HI -LOW PRESSURE SWITCH
�'
d z
° a
w =
c
z
NEW NEW METAL ROOF SYSTEM PER BLDG MNFR OVER
F.S.S. F.S. '..
12
EX. PRESSURE GUAGE
4" DRY PIPE VALVE
x
EX. FLOW SWITCH
LOW PRESSURE SWITCH ��
EXISTING INSPECTOR'S
_
TEST & DRAIN VALVE
NEW
4^ GROOVED BUTTERFLY_
TAMPERED CONTROL VALVE
RIGHT
GHT HEAD UPRIGHT HEA 3 "THI MIN R-IS RIGID INSULATION
U �� 2 D
EXISTING
4" GROOVED BUTTERFLY
=
�
CONTROL VALVE
m
n
NEW 16 UP NR
NEW q^
1 EATON
FIN)IRINII 44TBLYICE PIPE STAND —
\L
(LINEAL SYSTEM PER 2009 WSEC) OVER
X
W
-
6
�C
WET AND
DRY RISER
R-45 GATT INSULATION BETWEEN ROOF GIRLS
"
a
m
an
--- SUPPORT FABRIC VAPOR RETARDER
�00��0
oe 6le wham the branch i'eQe are auPP°rtee by ES.S. _ MTL GIRTS PER BLDG MNFR 8.5" BASIS OF DESIGNS a
(_ as leas marl 6 long araa nont to the top UPRIGHT HEAD NEW STEEL FRAME PER METAL BLDG. MNFR a o
ai tit°
g - L and the es nt Of Phil hot b to me bu'Ia ny BRANCH PIPE
6� J TOP cxoxO TOP CHORD the branch Pala LO�m reatra nl enan nm be raga rya Tor EXISTING
I ,.. $IEa 9� STEEL BGM SLFEL BEAM 52a BEAM I
TO - RN 1 x 5 -6 .w�rea nM^MIFR the branch Ines / WET SYSTEM MAIN PIPE
STRUT, VA\ �] NEW w
�� T E� Ea MR s L Ta eancxEr WET SYSTEM MAIN PIPE UPR HEAD MEZZANINE ZO REAM
WOOD 6" CL PIPE r scx. R. PIPE I UX RESmnIM BRANCH PIPE BA1 / 7" AiR mM OUT ROD N(Y $CREW a /6' ae DRY SYSTEM MAIN PIPE NEW ' 40 PIPE rIRE SPWNXLER RE sIPIKKI£R PIPE AFCON /els smEE N /EW BUS MAINTENANCE I Pwe O /e• ArR / 115 —aRIK CUMP PIPE pAMP LATERAL RESiR^IM L BUS WASH \ o LL m m LET
Ai Re OPUETO EARTHQUAKE DROVE F
ON.TIDNA EARTHQUAKE R onOM All ROD
H $TRUCRN J = N h FOR STEEL BEAMS
FOR STEEL BEAM AREA PENDENT NEW BRANCH PIPE _ 3SS
xoT To scALE
NOT TO SANG BRANCH LINE LATERAL & VERTICAL RESTRAINT m m m
site. ') 1 IL 108. .. 0 0 OR
slmn eiZ(.Iro vvr) FOR STEEL PIPE AND W000 TRUSSES [,
fy �� /z Pu<m TO LO FINISH FL AFF v w
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STEEL -BEAM NUT CK
9/9' semen gem YeW 3 /B" J E ¢ W
sldt°'th vvel �3 /B" BEAM CLAMP FINISH FLOOR
r. 6' -6° CL PIPE L� BEAM c� t
2- IbL6'PK[BS7yy Y 9 B• AMR\
-I' -11 3/8" B.F.F.
—3 /e' au THREAD Roo � o
off_ RING HANGER RSN NIPG ® _— RSi�NPG RETAINING BUILDING SECTION O =
,+ � STRAP ING HANGER zCE
0P C9.R P @M U -BOLT 3 /B" LOCH NUT
U-BOLT AND BEAM CLM.Y BEAM CLAMP ROD AND RING BRANCHLINE`
TOILET LLLOCKERS r� METAL SUPER SCFEW ROD AND R14G -t3 STEEL BEAM CONSTRUCTION "FL EXHEAD" MODEL 2048
7} 41
-110 108 L`FO > �aNRmlp rcrlox 1100D 1•' P.O.L.- -- FIRPE SPRINKLER DROP
MIAX. (3) 90' BENDS
F_ BRANCHLINE� i' CI 90'
�-I/ 1 Po I—D MIN. 4 RADIUS
"snuMl-- °swiw� s- tp•xx. an arts ��� MAX. 48" LONG
MEZZANINE LEVEL 'MLR. TOR M°RS 1" DROP— FLEX BRAIDED DROP
-- ye'APn unnCASCREW / LENGTH VARIES
FIRE SPR=INKLER PLAN S"'� "ECRE.
1" ARMOVER
LENGTH VARIES
hl ��PPM Row RBR Mow _mil ° DROP 0 RC
WOOD SCREW ROD AND F1110 LENGTH VARIES " w
-- -1 `- - ® WOOD CONSTRUCTION DO
c.EU.mwoE� a aNe.uoasa --
o
NEW SUSPENDED
i A}G1c9 9 ACCOUSTIC CEILING F.S. m
po ham' PENDENT
W/ ESCUT.
IV I P92 '-I f 1' T 1, 1, Ole MECHANICAL LOFT `rF � FIRE SPRINK HARD PIPE DROP DETAIL "B"
1�
-0 6- 1N 12 6 4T0 1 9 -0 1 _ 3 0 NEW SUSPENDED
R;uc / n' ®HARD LID CEILING ND
I Accousnc cEluNc
I PENDENT
W/ ESCUT.
M'R'BOQ GL RPE p °VCAD DGOR FIRE SPRINK FLEXIBLE DROP DETAIL "A"
ME�ALSPALMY ISC�YI _
f r� G' 9 @ ACCOUSTIC TILE CEILING
AR
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On o
�s �� °SeUFRIe T
6�° /
I TOOLS /PARTS
d i
' �'' -/i MATERIAL STORAGE °
Pry+ PARTS / /° r 102
Ot L
I I 41 107 1 f � WORK i STRUO Io �O
/.�
srkuc ' 9 I a0o UPRIGHT I o uruRE d
X ®
[IGHTIT' ' 3 L P IPE .. ��USE IERI MECR -T O BEM IO f m CONFERENCE AREA / T�3
s
LED / EXISTING SKYLIGHT, /^ 718 / ~Yo
1 I zAa 6M6 9 0 .3 / STRUCTURE / STRUT,° ° /
-s O I l)I 1 y H WITH i°
0 -s. •e ! iI i h \ I_, Y EXISTING SKYLIGHT /o /
" 1 0 RUSH WITH STRUCTURE _•�
�+ T -6 I T;„ ► m it i o I t I' o
BUS M'AINTEN
TOTAL DRY SYSTEM= CAPACITY:
85 GALLONS
4�S, 1e��
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tQQ � �1p
ES z
TOR2+
TORTi
�
RISER ROOM
II�1II
m Qs ° w
w
) EXISTING
ggL�E�
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CABINET
4 w
ELECTRIC BELL
NEW
HI -LOW PRESSURE SWITCH
�'
d z
° a
w =
c
z
w3 W
EX. PRESSURE GUAGE
4" DRY PIPE VALVE
x
EX. FLOW SWITCH
LOW PRESSURE SWITCH ��
EXISTING INSPECTOR'S
TEST & DRAIN VALVE
NEW
4^ GROOVED BUTTERFLY_
TAMPERED CONTROL VALVE
�Fs �yeCml/P,.nlf r
EXISTING
4" GROOVED BUTTERFLY
fig.
CONTROL VALVE
EX. MAIN DRAIN
NEW 16 UP NR
NEW q^
1 EATON
FIN)IRINII 44TBLYICE PIPE STAND —
M
X
W
i
6
�C
WET AND
DRY RISER
DETAIL
NOT TO SCALE
r 6" BOQ CL PIPE 115 ANCE ?P 1 / .._ «,-i 1_4& /ADD UPRIGHT...... t� i.: / . l ''-.r` °r I r J
�' / f , USE U(11'MECH -1'p / (' /o
t METAL SAMNIY $CREW 1 STRUT, '-�� 4i i r 1 ° .: I 1 Z ti
•py +, -_ -_ 0`J .moo EXISTING SKYLIGHT Io
o r I FLUSH WITH STRUCTURE l ( W a
uu l o OrATA aPD I ¢ t- /° i o FYDRAULIC SYSTEM
1 ' I 0 -2 Di" TV 1 a =` +ti [9 02 - ¢,' ( / IT
i
- - - -I - - '� - °. °0' ° i / / Y THIS BUILDING IS PROTECTED
q 1 Q ADD UP 4F T ! • - , �,{ DEMO DROP PIPE : r 7 -� �"' ¢ EXISTING SKYLIGHT
g p - 2 -I0, USE IKL7' MEUT T 1 Q J ) - -. - &PLUG ouTLEr r : FLUSH wlrH sreucruRE �{ BY A HYDRAULICALLY DESIGNED
® EX. UPRICHU r .. Y
g _3�"""�.2/Y.. t',, C`mi 1 /RELOCATE o /� o AUTOMATIC FIRE SPRINKLER SYSTEM
IIGHT,..TOLBPFMI 'a'j :. "Q'� _ -,r,1 Iy /ADD UPRIGHT
��.r. ,�'ai UPRIGHT
-.. r ]^ IIY MI MECH -T HALL .) m DEN DROP PIPE r - / ,/ LOCATION: REMOTE AREA "1"
-BOLE + r 4; : {{ .may
—DEMO PIPE `M" ,y1.+ g_ 0 -g �� O o / / UNDEFINED SPACE (T} i^ ,
�i' 114 4_ & UG OUTLET r
1° 0 2, ° l' D i 6 /°
'ti [' QP 0.'• 2)f• •• ti I -'r o M�° ° N0. OF SPRINKLERS 14 IGBI a
0_6N � + �i'I_q g -6 "^... O �i'ql. +, I ry ¢ i STRUT,
1$• -' ^4` �' _g 2 ' RP°�O A+ '�'11� ,�OEMO PIPE 1� i / BASIS OF DESIGN: A�T 1 ' - 1 ' '. ' / P 4., h 3 -p M P �$¢ &PLUG OUTLET r /
>_ r + 4,6 ,�( 2 %Enl, 4 1 THIS AREA TO BE ° I. DENSfn 0.2 cmn Sa. FT
-9 f -0. 3 • d �`b :'" ^^ = -` RP HEATED BY OTHERS � /
r _�OEMO PIPE /� �.
4 : *E 14' -O" CL PIPE _0 P? 1 ("' / 0 i t 1 2. DESIGN AREA 1,500 SO. FT.
I I P ( g' -p" r7 7 � ^� M &PLUG OUTLET
•.' 1y E %STING MAN 0 -g / =°o •-, I ,y i "� /°' DEMO PIPE / ( a DISSUADE
b° BCB CL PIPE 0P ! ' =7r1�/ iADD NDEISI... �dT *� ( ^.h.+ P., 12 p m r . I &..PLUG OUTLET
pf ¢ P BASIS OF DESIGN:
_ _ _ _ ! P AD IM'wIK � _T (n '(oi -'� I 0� fir" l p� *• .. 2 , /.. 1� —
' Y _ ! i -_ ADD PEN ENT$ I. GPM olscxARCE 345.02 GPM W/ 250 GPM HOSE
MEAL SAMNIY BCREW 0 �g USE I' 97'
ti..� 2 /^ / 2. RESIDUAL PRESSURE AT 46.801 PSI
' •9.� ( E / USE qX1 N t I OFFICE QH "° :A `2�' �,.� (� THE BASE OF THE RISER —
112£' 11:1= I E1 / 1' / M 105 Rb 0
1
FBI 1 I `^ , i'j,� FLUSHSWITH STRUCTURE P`' Y „�2$
-9 -0 IV lP -0 =7r "v :/ 9.0. I 'L r 11=p •+, -
Do
ot
HYDRAULIC SYSTEM _ w E
0
THIS BUILDING IS PROTECTED � �
BY A HYDRAULICALLY DESIGNED
AUTOMATIC FIRE SPRINKLER SYSTEM
LOCATION: REMOTE AREA °2" o o } W o
N0. OF SPRINKLERS: 12 m o F o z a
BASIS OF DESIGN: ? a < x o <
0
1, DENSITY 0.2 GPM/ 6a. � i z H z 3
z. DESIGN AREA ENTIRE AREA = ` a 0 RS
OF DISGRACE ° o = m F ¢
BASIS OF DESIGN: ~ a z o -i w Q o Q
= z
1. GPIs DISCHARGE 300.09 GPM�250 GPM HOSE 9 a a N o < a ° o "
° 3 vi
z. RESIDUAL PRESSURE At 43.089 PSI F < w m < a N ° = z
THE BASE OF THE RISER LL° h ED w AO w
1 ' 2 -0 fi -6 9 0 ..3 / END NT/ /m + n I � -- _. - - F W , N � ¢
'/y',jp
1:13 0 i q USE 1' 90' BREAK ROOM / / P'`J` Y ,' ""^ s w '� m S2 EC
,.y1 "a o(' /J� ti .103 0 I DI' �i~•;. / lI % Q ! ° P ( +'ti M I +„„ / OF
:2Yp 100 �.: 9� / �aN1' --ADDpp DENT �� H m g m
r • USE =II I MELT �'r cR' r v,
: 2 0 OFFICE 7�v / � 1 -3 r. i x�,o / � +�
Y
Q i!U 7" CL PIPE 21 3a ELI] ' I � 1 ^a � =LET' 3' I ( ;`1 104
AB a'RING e LOIN TB 6UNM " q
o M H'MMY SCREW U-BOLT 112
1�• G 2.,.I m
1 "y& I &' 1 &' 110
7 M 9 01 3 8 0' 6 (t• 1 st A
v P" Lg A ; LAOdP INPUT I F 7
Y E
ES z
m Qs ° w
z
d
O
tN°yrmrcnan h m
w =
z
b
d
�Fs �yeCml/P,.nlf r
LE
M
ED
an
�00��0
G
O
Q
4 sy° C
UP
Q¢
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z
w
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m
F O
6
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r 6" BOQ CL PIPE 115 ANCE ?P 1 / .._ «,-i 1_4& /ADD UPRIGHT...... t� i.: / . l ''-.r` °r I r J
�' / f , USE U(11'MECH -1'p / (' /o
t METAL SAMNIY $CREW 1 STRUT, '-�� 4i i r 1 ° .: I 1 Z ti
•py +, -_ -_ 0`J .moo EXISTING SKYLIGHT Io
o r I FLUSH WITH STRUCTURE l ( W a
uu l o OrATA aPD I ¢ t- /° i o FYDRAULIC SYSTEM
1 ' I 0 -2 Di" TV 1 a =` +ti [9 02 - ¢,' ( / IT
i
- - - -I - - '� - °. °0' ° i / / Y THIS BUILDING IS PROTECTED
q 1 Q ADD UP 4F T ! • - , �,{ DEMO DROP PIPE : r 7 -� �"' ¢ EXISTING SKYLIGHT
g p - 2 -I0, USE IKL7' MEUT T 1 Q J ) - -. - &PLUG ouTLEr r : FLUSH wlrH sreucruRE �{ BY A HYDRAULICALLY DESIGNED
® EX. UPRICHU r .. Y
g _3�"""�.2/Y.. t',, C`mi 1 /RELOCATE o /� o AUTOMATIC FIRE SPRINKLER SYSTEM
IIGHT,..TOLBPFMI 'a'j :. "Q'� _ -,r,1 Iy /ADD UPRIGHT
��.r. ,�'ai UPRIGHT
-.. r ]^ IIY MI MECH -T HALL .) m DEN DROP PIPE r - / ,/ LOCATION: REMOTE AREA "1"
-BOLE + r 4; : {{ .may
—DEMO PIPE `M" ,y1.+ g_ 0 -g �� O o / / UNDEFINED SPACE (T} i^ ,
�i' 114 4_ & UG OUTLET r
1° 0 2, ° l' D i 6 /°
'ti [' QP 0.'• 2)f• •• ti I -'r o M�° ° N0. OF SPRINKLERS 14 IGBI a
0_6N � + �i'I_q g -6 "^... O �i'ql. +, I ry ¢ i STRUT,
1$• -' ^4` �' _g 2 ' RP°�O A+ '�'11� ,�OEMO PIPE 1� i / BASIS OF DESIGN: A�T 1 ' - 1 ' '. ' / P 4., h 3 -p M P �$¢ &PLUG OUTLET r /
>_ r + 4,6 ,�( 2 %Enl, 4 1 THIS AREA TO BE ° I. DENSfn 0.2 cmn Sa. FT
-9 f -0. 3 • d �`b :'" ^^ = -` RP HEATED BY OTHERS � /
r _�OEMO PIPE /� �.
4 : *E 14' -O" CL PIPE _0 P? 1 ("' / 0 i t 1 2. DESIGN AREA 1,500 SO. FT.
I I P ( g' -p" r7 7 � ^� M &PLUG OUTLET
•.' 1y E %STING MAN 0 -g / =°o •-, I ,y i "� /°' DEMO PIPE / ( a DISSUADE
b° BCB CL PIPE 0P ! ' =7r1�/ iADD NDEISI... �dT *� ( ^.h.+ P., 12 p m r . I &..PLUG OUTLET
pf ¢ P BASIS OF DESIGN:
_ _ _ _ ! P AD IM'wIK � _T (n '(oi -'� I 0� fir" l p� *• .. 2 , /.. 1� —
' Y _ ! i -_ ADD PEN ENT$ I. GPM olscxARCE 345.02 GPM W/ 250 GPM HOSE
MEAL SAMNIY BCREW 0 �g USE I' 97'
ti..� 2 /^ / 2. RESIDUAL PRESSURE AT 46.801 PSI
' •9.� ( E / USE qX1 N t I OFFICE QH "° :A `2�' �,.� (� THE BASE OF THE RISER —
112£' 11:1= I E1 / 1' / M 105 Rb 0
1
FBI 1 I `^ , i'j,� FLUSHSWITH STRUCTURE P`' Y „�2$
-9 -0 IV lP -0 =7r "v :/ 9.0. I 'L r 11=p •+, -
Do
ot
HYDRAULIC SYSTEM _ w E
0
THIS BUILDING IS PROTECTED � �
BY A HYDRAULICALLY DESIGNED
AUTOMATIC FIRE SPRINKLER SYSTEM
LOCATION: REMOTE AREA °2" o o } W o
N0. OF SPRINKLERS: 12 m o F o z a
BASIS OF DESIGN: ? a < x o <
0
1, DENSITY 0.2 GPM/ 6a. � i z H z 3
z. DESIGN AREA ENTIRE AREA = ` a 0 RS
OF DISGRACE ° o = m F ¢
BASIS OF DESIGN: ~ a z o -i w Q o Q
= z
1. GPIs DISCHARGE 300.09 GPM�250 GPM HOSE 9 a a N o < a ° o "
° 3 vi
z. RESIDUAL PRESSURE At 43.089 PSI F < w m < a N ° = z
THE BASE OF THE RISER LL° h ED w AO w
1 ' 2 -0 fi -6 9 0 ..3 / END NT/ /m + n I � -- _. - - F W , N � ¢
'/y',jp
1:13 0 i q USE 1' 90' BREAK ROOM / / P'`J` Y ,' ""^ s w '� m S2 EC
,.y1 "a o(' /J� ti .103 0 I DI' �i~•;. / lI % Q ! ° P ( +'ti M I +„„ / OF
:2Yp 100 �.: 9� / �aN1' --ADDpp DENT �� H m g m
r • USE =II I MELT �'r cR' r v,
: 2 0 OFFICE 7�v / � 1 -3 r. i x�,o / � +�
Y
Q i!U 7" CL PIPE 21 3a ELI] ' I � 1 ^a � =LET' 3' I ( ;`1 104
AB a'RING e LOIN TB 6UNM " q
o M H'MMY SCREW U-BOLT 112
1�• G 2.,.I m
1 "y& I &' 1 &' 110
7 M 9 01 3 8 0' 6 (t• 1 st A
v P" Lg A ; LAOdP INPUT I F 7
C° " °• � .B
LIIJE HEADS UP IN CEIUNG THE IN CENTER OR QUARTER POINT 11_ T EMO PIPE tit F1 USE 1' 90' TD _'; �,p '-" -° s, ep�'` r
l_ 7 AIR �T' 1 -3° CL P X 7 o a
('I 6" BOQ CL PIbE FOR N .° ; , f I 0 +. .. / D' /
/ Y
® �E ��^°'QQ &? L_ p n FFICE m ® 9' •.Jr+ o m m •• d
1 3 � p ` DEMO PIPE 9' 1T, / i-p .,, 'vy� Q- EXISTING SKYLIGHT / 'C-�o
CENTER HEADS IN QUARTER
METAL SAMNIY SCREW 16 '-3 21 lR .. " ' `' FLUSH WITH STRUCTURE
POINT OF CEILING TILE % '-„ 4'
(AS SHOWN) .. ® METAL Nly $C 1 - 9,0 r. 1131E 6Xg'"„ Y t
• 1 2 `+f \Q,I 1 4 � ~° I09.. ° DEMO PIPE I IO SCALE: 1 8"
cENTEONSEOF CEI BOTH y 1¢ \ 1:
LO �- 1:1.P 13 5 l • O° 1iIGHf ioL F(j ° ° :. / 6o & PLUG ounEr..: i� x w A
1 • ,' u -Bar / ( FLUSH WITH SK ZLIGHT T t J 0' 4' 8' 2' 20' s
— DIRECTIOnIS of ceuruc TILE , ° 1 ° FLUSH WITH STRUCTURE m
0 -fi EXISTING 4' WEL Y
'' FIRE SPRINKLER RISER ' _ -.__ i N
x I� w , ° l ADD PE DENT
RE SPRINKLER PIPE LEGEND al NEW a" D LASE 1N90' / `m
-� m IS�ISMa�O NE OF IN UNCE N ITU01 qL BRACE 2 V FIRE SPRINKLER RISER '` �� /r / '•' p >= c V�--�' a° Q m m m d o
° R a
-� NEWT FIRE FIRE
PIPEPIPE _�_ L- r__ �I G (o _ °p o,� E ti u C,
b d RA /
MAIN LEVEL i Title FIRE SPRINKLER 0 O yr ° °
DRY SYSTEM NOTE.' .L ?�— y - - j- Tr - += —" T /O
Drawing y % c m'0 � p +
SLOPE DRY SYSTEM MAINS 1/4 PER 10 m
v^ SEISMIC ZONE OF INFLUENCE - LATERAL BRACE /1 r m i'
�' / _ a a o %a d HYDRO TECH FIRE PROTECTION INC.
SCOPE DRY PIPE s -L LINES t /z° PER to' FIRE SPRINKLER PLAN INSPECT'. # R. °d C 2 co 1All P.O. BOX 40
-1YDR0 TECH SCOPE OF WORK: EXCLUSIONS: y p °c n n _ BRUSH PRAIRIE WA 98606
DRa TECH FIRE PROTECTION INC SHALL -
-xrEND THE WET FIRE SPRINKLER SYSTEM TO O ELECTRICAL WIRING OF ANY KIND PIPE & FITTING MATERIAL '"ALL DOMESTIC MATERIAL'
THE NEW BUS MAINTENANCE ADDITION, FROM (2) ALL UNDERGROUND WORK WET SYSTEM
- .XISTING WET SYSTEM PIPING, AND (3) PATCHING, CLEANING OR PAINTING OF ANY KIND - ALL I" PIPE & FITTINGS DRY SYSTEM
ASSUMPTIONS: -ALL 1" PIPE &FITTINGS INSTALLATION NOTE
IUD /RELOCATE /DEMO HEADS AS NECESSARY AT PIPE TO BE THREADED BLACIy STEEL SCH 40 PIPE TO BE THREADED GALVANIZED STEEL SC=I 40 * PENDENT F.S. FRAME ARMS MUST
JEW WALLS /CEILINGS INSIDE EXISTING BUILDING. (1) IT IS OWNER'S RESPONSIBILITY TO PROVIDE ADEQUATE FITTINGS TO BE THREADED COAST IRON FITTINGS TO BE THREADED CAST IRON (GALV AT EXTERIOR) BE ALIGNED PARALLEL TO EACH OTHER
ADD A NEW DRY FIRE SPRINKLER SYSTEM TO HEAT IN THE ENTIRE BUILDING (40 DEGREES MIN.) - ALL 1 -114" THRU LARGER PIPE & .FITTINGS - ALT. 1 -ITT= THRU LARGER PIPE & FITTINGS &DEFLECTOR I" FROM CEILING EACH WITH 2
HE NEW BUS WASH ADDITION. ALL WORK PER (2) ALL WORK TO BE PERFORMED DURING NORMAL PIPE TO BE GROOVED BLACK STEEL SCHED. 10 PIPE TO BE GROOVED GALVANIZED STEEL SCHED. 10 PIECE ESCUT. FLUSH WITH CEILING
J_FPA 13 2070 EDITION. WORKING HOURS. FITTINGS TO BE GROOVED FITTINGS TO BE GROOVED (GAL AT EXTERIOR UPRIGHT F.S. FRAME ADDS MUST
) BE PARALLEL TO BRANCH LINE PIPING
Drawn Ply THERE ]0 HAMILTON = 3 CL 11 m is $ — OFFICE (360) 256 -2816
O
B MOTS - 5 79 FAX (360) 256 -2817
Scale 1 /e' = T. -O,. c
m e --
I••' n m E —_ PROJECT
-2 m1R` E SHEET
Date 07-27 -2012 A m an YELM SCHOOL
_ a9�gi SUPPORT OPERATION CENTER PHASE II
=S na 406 RAILROAD STREET OF
Approvaa By -_ m "m m n � , -- YELM, WASHINGTON 90597 1
N U = m Q
6��rJ y
is L Q
F'; '3 ij S
I I
UT
J
Y E
ES z
m Qs ° w
z
tN°yrmrcnan h m
w =
z
�Fs �yeCml/P,.nlf r
LE
ED
4 sy° C
LIIJE HEADS UP IN CEIUNG THE IN CENTER OR QUARTER POINT 11_ T EMO PIPE tit F1 USE 1' 90' TD _'; �,p '-" -° s, ep�'` r
l_ 7 AIR �T' 1 -3° CL P X 7 o a
('I 6" BOQ CL PIbE FOR N .° ; , f I 0 +. .. / D' /
/ Y
® �E ��^°'QQ &? L_ p n FFICE m ® 9' •.Jr+ o m m •• d
1 3 � p ` DEMO PIPE 9' 1T, / i-p .,, 'vy� Q- EXISTING SKYLIGHT / 'C-�o
CENTER HEADS IN QUARTER
METAL SAMNIY SCREW 16 '-3 21 lR .. " ' `' FLUSH WITH STRUCTURE
POINT OF CEILING TILE % '-„ 4'
(AS SHOWN) .. ® METAL Nly $C 1 - 9,0 r. 1131E 6Xg'"„ Y t
• 1 2 `+f \Q,I 1 4 � ~° I09.. ° DEMO PIPE I IO SCALE: 1 8"
cENTEONSEOF CEI BOTH y 1¢ \ 1:
LO �- 1:1.P 13 5 l • O° 1iIGHf ioL F(j ° ° :. / 6o & PLUG ounEr..: i� x w A
1 • ,' u -Bar / ( FLUSH WITH SK ZLIGHT T t J 0' 4' 8' 2' 20' s
— DIRECTIOnIS of ceuruc TILE , ° 1 ° FLUSH WITH STRUCTURE m
0 -fi EXISTING 4' WEL Y
'' FIRE SPRINKLER RISER ' _ -.__ i N
x I� w , ° l ADD PE DENT
RE SPRINKLER PIPE LEGEND al NEW a" D LASE 1N90' / `m
-� m IS�ISMa�O NE OF IN UNCE N ITU01 qL BRACE 2 V FIRE SPRINKLER RISER '` �� /r / '•' p >= c V�--�' a° Q m m m d o
° R a
-� NEWT FIRE FIRE
PIPEPIPE _�_ L- r__ �I G (o _ °p o,� E ti u C,
b d RA /
MAIN LEVEL i Title FIRE SPRINKLER 0 O yr ° °
DRY SYSTEM NOTE.' .L ?�— y - - j- Tr - += —" T /O
Drawing y % c m'0 � p +
SLOPE DRY SYSTEM MAINS 1/4 PER 10 m
v^ SEISMIC ZONE OF INFLUENCE - LATERAL BRACE /1 r m i'
�' / _ a a o %a d HYDRO TECH FIRE PROTECTION INC.
SCOPE DRY PIPE s -L LINES t /z° PER to' FIRE SPRINKLER PLAN INSPECT'. # R. °d C 2 co 1All P.O. BOX 40
-1YDR0 TECH SCOPE OF WORK: EXCLUSIONS: y p °c n n _ BRUSH PRAIRIE WA 98606
DRa TECH FIRE PROTECTION INC SHALL -
-xrEND THE WET FIRE SPRINKLER SYSTEM TO O ELECTRICAL WIRING OF ANY KIND PIPE & FITTING MATERIAL '"ALL DOMESTIC MATERIAL'
THE NEW BUS MAINTENANCE ADDITION, FROM (2) ALL UNDERGROUND WORK WET SYSTEM
- .XISTING WET SYSTEM PIPING, AND (3) PATCHING, CLEANING OR PAINTING OF ANY KIND - ALL I" PIPE & FITTINGS DRY SYSTEM
ASSUMPTIONS: -ALL 1" PIPE &FITTINGS INSTALLATION NOTE
IUD /RELOCATE /DEMO HEADS AS NECESSARY AT PIPE TO BE THREADED BLACIy STEEL SCH 40 PIPE TO BE THREADED GALVANIZED STEEL SC=I 40 * PENDENT F.S. FRAME ARMS MUST
JEW WALLS /CEILINGS INSIDE EXISTING BUILDING. (1) IT IS OWNER'S RESPONSIBILITY TO PROVIDE ADEQUATE FITTINGS TO BE THREADED COAST IRON FITTINGS TO BE THREADED CAST IRON (GALV AT EXTERIOR) BE ALIGNED PARALLEL TO EACH OTHER
ADD A NEW DRY FIRE SPRINKLER SYSTEM TO HEAT IN THE ENTIRE BUILDING (40 DEGREES MIN.) - ALL 1 -114" THRU LARGER PIPE & .FITTINGS - ALT. 1 -ITT= THRU LARGER PIPE & FITTINGS &DEFLECTOR I" FROM CEILING EACH WITH 2
HE NEW BUS WASH ADDITION. ALL WORK PER (2) ALL WORK TO BE PERFORMED DURING NORMAL PIPE TO BE GROOVED BLACK STEEL SCHED. 10 PIPE TO BE GROOVED GALVANIZED STEEL SCHED. 10 PIECE ESCUT. FLUSH WITH CEILING
J_FPA 13 2070 EDITION. WORKING HOURS. FITTINGS TO BE GROOVED FITTINGS TO BE GROOVED (GAL AT EXTERIOR UPRIGHT F.S. FRAME ADDS MUST
) BE PARALLEL TO BRANCH LINE PIPING
Drawn Ply THERE ]0 HAMILTON = 3 CL 11 m is $ — OFFICE (360) 256 -2816
O
B MOTS - 5 79 FAX (360) 256 -2817
Scale 1 /e' = T. -O,. c
m e --
I••' n m E —_ PROJECT
-2 m1R` E SHEET
Date 07-27 -2012 A m an YELM SCHOOL
_ a9�gi SUPPORT OPERATION CENTER PHASE II
=S na 406 RAILROAD STREET OF
Approvaa By -_ m "m m n � , -- YELM, WASHINGTON 90597 1
N U = m Q
6��rJ y
is L Q
F'; '3 ij S
I I
UT
J
Drawn Ply THERE ]0 HAMILTON = 3 CL 11 m is $ — OFFICE (360) 256 -2816
O
B MOTS - 5 79 FAX (360) 256 -2817
Scale 1 /e' = T. -O,. c
m e --
I••' n m E —_ PROJECT
-2 m1R` E SHEET
Date 07-27 -2012 A m an YELM SCHOOL
_ a9�gi SUPPORT OPERATION CENTER PHASE II
=S na 406 RAILROAD STREET OF
Approvaa By -_ m "m m n � , -- YELM, WASHINGTON 90597 1
N U = m Q
6��rJ y
is L Q
F'; '3 ij S
I I
UT
J
. . . -
:YDRO TECH FIRE. PO1tTE�TION, .INC. CONTR.ACTORS LICENSE ' _ PHONE: 360-256-2816
. 0.� B0� :40 . , � . . WA�_-� xYI)ROI*225L2 � � � _ . FAX: ; 360-256-2817
itU�SH- PRAx��E, WA� 98606 . . .. .. . .• pR = i04778 . � . . �. . . _-
� . � � ��. Contra.ctor's.�Ma-ter.ial�and�Test.Certific�te�for Aboveg�oun.d Piping �. � �. . : � .
' �PRaCEUURE, � ;•�.:r:,�' . •.. . �•. .. • .:. :. .... .,�•:. : : . .: , , .... _,. :. : : •: , `i: . -. ::.. • . . .
: Up.on cornplehon nf work;,inspectian and tests sh'atl ba matie by the contractor's�representabve and witnessed Liy an owner's'representa4ive .'•� • .�.
�.fk�ereinaft�r defined�as property owner). All.defects.shai[6e co�rected and systerr�le�ft in senrice�before contractor's personnel finally leave�the job. .
� A certificate sfiatl be filled out and signed by both repYssentatives. Copies shali be prepared fot approving authoriCies,owners..and contractor:tt is
understood that the p►opeity owners authorized representative is a legal signatory and fuliy representatiJe of the property owner and that by the
property owner's or property owner's authorized representative's signature,the property owner accepts fuli responsibility for the system as
� Ins#alled and a rees that i#is in cotn liance with the a licable a rovin authorit 's re uirements and local ordinances.
Property Name Date .
YELM COMMUNITY SCHOOLS — SUPPORT OpERATIONS CENTER .
Property Address • '
402 RAILROAD ST NW YELM WA '
Accepted.by Approving Aufhorifies(Names) � , �� l/ ��
!�
Address j05 Ye(m �"'1V�' ��tJ��'� ��/�Y1 �.cJ ��� �
Plans �
� Installation conforms to accepted Plans ' � Yes ❑ No
I� Equipment used is approved . � Yes ❑ No
If no,explain deviations
Has the property owner or property owner's authorized representative been .
. instructed as to the location of control valves and care and maintenance of this
• new equipment? � Yes ❑ No
If no,expiain � _
Have copies of the foilowing been given to the property owner or property �
Instruct3on owners authorized representative? ' � �
' 1. System Components Insfructions . � Lk] Yes ❑ No ,
2. Care and Maintenance instructions . • 0 Yes ❑ No.
3. NFPA 25 • �] Yes ❑ Na
LocatioFl Supplies Buildings � t �'jGh�' S(..�"� �^-�" d�e�"�"1eOnS' ��'�
Of System e,I VYl ( F'�
� • Year Temperatu�e
Make Model of Manufacture Orifice Size Quanti Ratin
Sprinkters da �� �--�—� �G � 3 a S �(�O
� r=► r=Z s� �ab� 'a- �� 7 l..s-�°
� B W - F"2 O t ` ' Z,? !�s'
pipe and Type of Pipe �,( .S � !C> a. `'10 �
Fittin s T e of Fittin s � C. T �
� ,• Maximum time to operate
Alarrn Valve Alarm Device through test connection
•or Fiow T e Make Model Minutes Seconds
lndicator ��� ` p ' I? —
D Valve � Q.O.D.
' •Make Modei Serial No. Make Modei • Serial No.
Time to trip Trip Point Time Water
� through test Water Air Air Reached Test Atarm Operated Properly
DryPipe connection' Pressure .�Pressure Pressure Outiet'
! Qperating MiNSec si , si . si MiNSec Yes No
' Test
w/o Q.O.D.
• with Q.O.D.
if No,explain , •
*measured from time ins ectors test o ened NFPA 13 onl re uires the 60-second limitation in s ecific sections
, ' � • .
O eration - Pneumatic : Electric H draulic
. Pi in Su ervised ' . Yes .No � �etectin Media Su ervised Yes No � •
. Ooes valve o erate from�the manual tri remote or both control stations? � Yes • No
. . Is there an acces�ible facility in each circuit for tesfing? . . if no,explain ' . .
Deluge& • - . ❑ Yes ❑ No � .
� . Prescfion • � : 'Doe.s each circuit operate .. • Ooe each circuit operatevalve �Maxicnum Fime to ope�ate��
Valves ' �Make . Model� � su ervision loss alarm? • release? • relea'se.
� Yes No . Yes No Min Sec
Location Make and Residual Pressure
Pressure and Floor Model Settin Static Pressure flowin Flow Rate �
Reducing Inlet si Outlet si Inlet si Outlet si Flow m
Valve Test
HYDROSTATIC: Hydrostatic tests shall be made at not less than 200 psi(13.6 bar)for two hours or 50 psi(3.4 bar) above static
pressure in excess of 150 psi(10.2 bar)for two hours. Differentiai dry-pipe valve ciappers shall be left open during the test to prevent
Test damage. Ail aboveground piping leakage shali be stopped.
Description PNEUMATtC: Establish 40 si 2.7 bar air ressure and measure dro
P � ) P p,which shall not exceed 1 %2 psi(0.1 bar)in 24 hours. Test
pressure tanks at normal water level and air pressure and measure air pressure drop,which shall not exceed 1 '/z psi (0.1 bar)in 24
hours:
Ail piping hydrostatically tested at psi( bar)for hours If no,state reason
Dry piping pneumatically tested Yes ❑ No
E ui ent o erates ro erl � Yes No
Do you certify as the sprinkler contractor that additives and corrosive chemicals,sodium silicate or derivatives of sodium silicate,brine,
� or other corrosive chemicals were not used for testing system or stopping leaks? �
� Yes ❑ No
Drain Reading of gauge located near water supply test connection Residual pressure with valve in test connection open wide
Tests Test Q si bar si bar
Underground mains and lead-in connections to system risers flushed before connection made to sprinkter piping '
Verified by copy of the U Form No.85B �c] Yes ❑ No Other Explain . �
�� Flushed by installer of underground sprinkler piping � Yes ❑ No
If powder-driven fasteners are used in concrete,has � Yes ❑ No If no,explain
. representative sample testing been satisfactorily
' com leted?
Biank Number Used Locations Number Removed
Testing
Gaskets
WeldedPi in YES NO IfYes...
Do you certify as the sprinkier contractor that welding pracedures comply with the
Requirements of at least AWS B2.11 [� Yes ❑ No
Do you certify that the welding was performed by welders qualified in compliance
Welding With the requirements of at least AWS 82.1? • � Yes ❑ No
4 Do you ce�tify that weiding was carried out in compliance with a documented quality
Control procedure to insure that all discs are retrieved,that openings in piping are
Smooth,that siag and other welding residue are removed,and that the internal
Diameters of i in are not enetrated? � Yes ❑ No
Cutouts Do you certify that you have a control feature to ensure that all cutouts(discs)are
(Discs) Retrieved? Yes No
Hydraulic � Nameplate provided Yes No If no,explain
Data• .
Name late. �
Remarks Date left in service with ail control valves open
� Name of Sprinkler Contractor HYDRO TECH FIRE PROTECTION; INC.
Tests Wi essed y: . •
Signatures .�<<p�o�scnoq yY �Su� ! S� �0f3
or rape ner(printed name) �jiQ oc � ��e�, O� Title Dat
� �_�---�-.-- �� u� �o �.� �aK �
. -. . �
For s rinkler contractor rinted name • er Title Date
Additiona4 Explanation and Notes: • .
�/Vl�/ .e sa..- .
��. '�3. � O
woF''�' City of Yelm Permit No.: 20090210
q� Community Development Department �ssue Date: 10/29/2012
�' (Work must be completed within 180 days)
Building Division
Phone: (360)458-8407
`""`"'""°" Fax: (360)458-3144
Applicant:
Name: YELM COMMUNITY SCHOOLS Phone: 360-458-1900
Address: P.O. BOX 476
YELM WA 98597
Property Information:
site Address: 402 RAILROAD ST NW Owner: CARKE PROPERTIES, LLC
Assessor Parcel No.: 22719310300 Subdivision: Lot:
Contractor Information:
Name: YELM COMMUNITY SCHOOLS Phone:
Address:
P.O. BOX 476
YELM WA 98597
Contractor License No.: Expires: 0/00/0000
Project Information:
Project: YELM TRANSPORTATION CENTER
Description of Work: FIRE ALARM PERMIT ISSUED OCTOBER 29, 2012
Sq. Ft. per floor: First 14510 Heat Type(Electric, Gas, Other): COMBO-SEE NOTES
Second 14838
Third
Garage
Basement
Fees:
Item Contractor Fees
MECHANICAL YELM COMMUNITY SCHOOLS $ 137.25
PLUMBING YELM COMMUNITY SCHOOLS $ 25.00
SITE YELM COMMUNITY SCHOOLS $1,000.00
COMMERCIAL ADDITION LAKE TAPPS CONSTRUCTION $7,27g.p2
FIRE ALARM ALARM CENTER $ 368.36
FIRE SPRINK HYDRO TECH FIRE PROTECTION $ 645.56
TOTAL FEES: $ 9,455.19
Applicant's Affidavit: OFFICIAL USE ONLY
I certify that I have read and examined the information contained within the application and know the same
to be true and correct. I also certify that the proposed structure is in conformity with all applicable City of #Sets of Prints:
Yelm regulations including those governing zoning and land subdivision,and in addition,all covenants,
easements and restrictions of record. If applying as a contractor, I further certify that I am currently Final Inspection:
registered in the State of Washington.
Signature ! Date j I Z � L Date:
Firm �� ;�.� BY'
�
.
Cit� af ��lm
(�36 ) 458-fl402
REC#: OU1Q9161 1t1J29%2Q12 2,09 PM
OPER: CO TERM: 001
RFF#: 12:�231
7i�AN; 33.00iJ�:� �UILDING F'E.kMTT�
20090L1U :i68.3GCR
YE�M CUMMUNIT�Y SCHOOLS
40� t,AILROP,Q ST �!W
FA 368,35CR
TENDER�[7; 3b8.36 CNELi�
APPLZELI: 36�,36-
CHANGF; -_..__.__,___-.._Q.UO
G�
CITY OF YELM
COMMERCIAL BUILDING PERMIT APPLICATION FORM
Project Address: 406 RAILROAD ST. Parcef#: 22719310100
Zoning; Current Use: Proposed Use:
_ New Gonstruction _ Re-Model 1 Re-Roof/Tenant Improvement
Plumbing Mechanical Fire PreventlSuppress/Alarm Other
Project Description/Scope of Work:�NSTALL NEW FIRE ALARM SYSTEM
Project Value:$12,190.00
Building Area (sq. ft) Parking Garage 1S` Floor14,856 2nd Floor 3`� Floor
Buiiding Height
Are there any environmentally sensitive areas located on the parcel? If yes, a
completed environmental checklist must accompany permit application.
BUILDING t3WNEWTENANT"NAME:YELM COMMUNITY SCHOOLS NO. 2
ADDRESSPO BOX 476 EMAIL
ClTY YELM STATE WA ZIP 98597 TELEPHONE_(360)458-6128
ARCHITECTtE'NGINEER �ICENSE#
ADDRESS EMAIL
CfTY STATE ZIP TELEPHONE
GENERA�CONTRACTC}R ALARM CENTER,WC TELEPHONE (360)786-0404
ADDRESS PO BOX 3407 EMAIL lfossett@alarmcenterinc.com
CITY LACEY STATE WA ZIP 98509 FAX (360)438-4244
CONTRAGTOR'S LICENSE# ALARMCI055CW EXP DAT���s���ITY LICENSE# �2-0000s$.o
PLUMB'ING Ci��TRACTOR TELEPHONE
ADDRESS EMAIL
CITY STATE ZIP FAX
CONTRACTOR'S LICENSE# EXP DATE_CITY LICENSE#
MECHANICAL CONTRACTOR TELEPHONE
ADDRESS EMAIL
CITY STATE ZIP FAX
CONTRAGTOR'S LICENSE# EXP DATE_CITY LICENSE#
Copy of City Mitigation documentation(TFC).
1 hereby certify that the above information is correct and that the construction on,and the occupancy and the use of the
above described property will be in accordance with the laws,rules and regulatians of the State of Washington and the
City of Yelm.
r C..l " � L
Appfica t's Si nature Date
Owner Contr ctor/Owner's Agent!Contractor's Agent/Tenant (Please circle one.)
All permits are nan-transferabie and will expire if work authorized by such permit is not begun
within 180 days of issuance, or if work is suspended or abandoned for a period of 180 days
10�Felm Aneriue W"est (360)458-3835
PO 13ox�73 (360}�la$-3144 FA.�
Yelm, 4T'A 98597 u>u!u�.cr.yelm.ma.us
Gl�t�al Ax>ject Values::
F a r e n h y t PmJe�t iV�me: SUPPORT OPS BLDG. �tarr�by Hqurs: 2�4
Prt�}eCt ID:r-r� Aiarm Mins. 5
Prepacetl By. JPF �erating Fa�or, 1.2
� �� . • D�te:8/14/2012 -� Uottage�p�Naming
- • . 1• Th�Sho�d°lo" 10
°Par�+t�T�; I F P-100 Madel: IFP 1 t?4 Addt�esssb�Fire Alarm Contr�t �c�t�i�lG Current: 3.0�AAmps
LoC�tit�t: OFFICE 104 �JDlts: �+i�flC 't�lax Panel��r�ttl� �i:Q,�r�fps
Cu�n#i�raw x3�fiina�W G C?lams#�er L��gtt�'�) A��[ Vcalts`� °�prop
' �rt# t?�sc�ipGon �' -�vtantlb �41arm &T- ' 9t1t10 Ft. f�ne-Wa t3fim5 ' E(3�
�Fp�pp IFP-100 Main Control � ; 0.170 0.325
�p�¢p�� j Addr.Input Mod G ' 0.003 0.003
:;���pp:�� ���,Mini-Input Module � 0.000 0.000
���}� ,Addr.Relay Module 0.000 0.000
�p3pp� Addr.Pull Station 2 ' 0.001 0.001
:���(�.��� Addr.lon Smoke Det � '' 0.001 0.001
�p�{��� 'Addr.Heat Detector 0.000 0.000
'.SI�505-AP�u :Addr.Photo Smoke Det ' 0.000 0.000
S[?5�,pU�'C#� Addc Duct w/Relay ' 0.000 0.000
5[?5Q5�U�T' Addr.Duct ^ 0.000 0.000
�p�ppyqN� Addr.Notification Module 0.000 0.000
:��qpLED Addr.LED Module ' 0.000 0.000
�p�pQ..��,q�► Addr.Smoke Det.Mod. ! 0.000 -0.000
'Sp�.�RB '.Addr.Det.Relay Base ' 0.000 0.000
�?SB =Addr.Det.Sounder Base ' 0.000 0.000
�Q�p��$ Addr.Det.Isolator Base 0.000 0.000
�p�pp-�„�� !Line Isolation Module 0.000 0.000
�� #�.��p ��LCD Remote Annunc 0.000 0.000
Rq�g�p�} 'LCD Remote Annunc 0.000 0.000
5��i 'Serial/Parallel Module 0.000 0.000
�4�6 Power Expander ' 0.000 0.000
#?PS-�� `Power Expander 0.000 0.000
fi��-�t LED Annunciator(4G) 0.000 0.000
�i5-� LED Annunciator(3G) 0.000 0.000
�t�p LED Driver Module ! 0.000 ' 0.000
58�3� Relay Module ` 0.000 0.000
�NAC�"I Notification A I Circuit 0.000 0.060 #14 Solid �.5� 50 0_25 ' 20_3$ 0.07%
' �1,��2 Notification A I Circuit 0.000 1.711 #12 Solid 2:82 200 1,0'1 ' 'IS:fi$ ' 8.45%
' NAC�t3 Notification A I Circuit 0.000 1.202 #12 Solid 7.�9 200 ' 0.64 ' '19=64 3.75%
NAC##4 !'Notification A I Circuit 0.000 0.000 #12 Solid '1.�9 if_QO` 2U.+i� 0.00%
T+rSt�i Staruib �urrent Am ' 0.176 3.304 Tci#a!Alarrn�ument'J�m 5
5tarxfb Time!n Hmurs 2� C�� Alarm Time In�Minufes/6D ` 5 Mins
Tt��tat�tantib hAF!R uiretl �1�'�2 U':.2'T� 'fotal Ataem AH Re'uired
' T�I(�pm}m�Ead',qh►Ft 'ui�et! �.A9' Command Shortcuts
Mul" B The D�ratin Fac�r 1.�0 s
firlinimum Batt� /�m Hours R� uired 5.3$ Configure Circuits Print Page
� • • . .
Project Information
Project Name: SUPPORT OPS BLDG. Project ID: 0
Prepared By: JPF Date: 8/14/2012
�kt.Number. NAC#1 �anel 1D: IFP��tflfl _
Gk#.�lame:�lotiflC�tit7in�ppl�[PGUit ' Use:l Notification Appl circuit _�
(�,y C1e�rice Currenf�raw,�ach Gurrerrt t3raw Total
Standb Atarm �tar�tlb Alart�r ''
1 Silent Knight SD500-LED LED Module ' 0.00� 0=U6a ' �3•�DO {1-D6a`
Unused D.U�Cf {1.000 ! 0.0(IC) '' 0.�0(3
Unused 0.000 �.QCIO ' O.dC�C� i�.000'
Unused fl.00f1 O.UQD �.00I� 4.Q00' '
O.OUO �.(3(�0',
Totals 0.000 0.060
Ckt.�iumber, N�A�#2 i Pan��[�: #�P-1�U
t'�Ct.'�iam�: N€�tificatic�n.Appl�irc�it tls�:'��Notification Appl Circuit �
� '' �l$vice �Curre�t Draw�ach ' �urrea�t I�raw Total
Stanclb Atarm �tanclb �#larm
5 System Sensor P2/PC2 Hom/Strobe(110cd) 0.4U� 0.22�1 ' �.�Ob 1.105`
1 System Sensor P2/PC2 Horn/Strobe(75cd) ' 4.b0� 0.'�7�i ' fl-t?QO U.17fi'
2 System Sensor P2/PC2 Horn/Strobe(30cd) O.DOa '0.1"16 O.�I�� �•z32
3 System Sensor S/SC Strobe(15cd) 0.000 O.Ci66 ' 0-C�aD 0•19$'
4.00fl ' �.DOOi
Totals 0.000 1.711
Glct.Number: f�AC#3 Panel lCJ: {FP-1�0
�14�.I�j�17l2; l�Ifit�C2tiQC1 i�p�71�IfCUit (J��:I Notification Appl Circuit �
�ty Q��ce Gurrertt Gtr��nr��acta Cu�rent Qraw Total
Stanclb 'Al�rrm ; Standb Alarm
4 S stem Sensor P2/PC2 Horn/Strobe(11Ocd) O.tI00 'U.221 ' O.C3a� 0;884
1 System Sensor P2/PC2 Horn/Strobe(30cd) �J.flfIC� Q.1"1� I 0•�U� 0•"1"16
1 System Sensor S/SC Strobe(110cd) D.aOU 'A�202 t�.000 fl•2�2
Unused O.�tIO (}.Ot�O ' 0�fl0 O.00D `
�:D00 ' O.D00
Totals 0.000 1.202
Ckf.Number.�JA�#4 Panel�D: iFP-1�tI ' ;
' C1ct. Name: N�ti�acation Appl�Grcuit ' �.Jse:i rvotification a,ppl circuit _�
(,�ty Deuice Cu�ent�ra�+r Ea�h' �urrer�t Draw Tot�l '
' Sta�db Alarm Stant�b ' Alarm
Unused 0.0�(J !0.(3�0 ' O.00U `' �1.00�
Unused O.�ItIO U.0�0 ` �?.(IK3� ' fl.000
Unused O.�lOU �.ti00 ' �':t�UO 0.�00 '
Unused Q.t�t10 #�.�l�Q; Q:�DOb �.(l�0
O.��Q ' O.OUO
Totals 0.000 0.000
Fa r e n h � Single Loop Analog/Addressable
y Fire Alarm Control System
IFP-100
IFP-100 is an intelligent analog/addressable fire control pane(.The basic
IFP-100 system has a single SLC ioop and four notification appliance r� : M EA
circuits that can be programmed for notification outputs or auxiliary power. �; �L
�
IFP-100 aiso has a built-in duai line digital fire communicator, Form C 429-92-E Vol.XIV
trouble relay, and two programmable Form C relays.The firmware has
powerful features, such as detector sensitivity, daylnight thresholds, drift I I I I
compensation and pre-troubie maintenance alert.
�.
IFP-100 supports a variety of other devices that can be added to the
system such as RA-100 remote annunciator, 5824 seriaUparallel printer
interface module (for printing system reports), and 5496 intelligent power
module, and Hochiki or Intelligent Device Protocol (IDP)devices.
Features
• Built-in support for up to127 Hochiki devices or 99 IDP detectors and 99
IDP modules
• Uses standard wire—no shielded or twisted pair required
• Built-in digital communicator for remote reporting of system activity and
system programming
• Central station reporting by point or by zone
• Jumpstart�auto-programming
• Supports Class B (Style 4)and Class A(Style 6 or Style 7)configuration
for SLC
• Distributed, intelligent power IFP-100
• Built-in synchronization for AMSECO, Gentexc, Faraday, System • 6 amp power supply and maximum charging
Sensor�', and Wheelock�appiiances capacity of 35 amp hours(An additional
• Sensor sensitivity settings and day/night sensitivity setting cabinet enclosure is required for batteries in
excess of 18 amp hours)
• Automatic drift compensation
• Notification circuits confi urable as 2 Class A St le Z , 4 Class B St le ' �ntegrated dead front panel protects operator
9 � Y � � Y from exposure to electricai components
Y), or auxiliary power for resettable, constant, or door holder power
• Built-in annunciator with a backlit 80-character LCD display • The FACP enclosure features a Plexiglassv'
viewing window to protect annunciator
• RS-485 bus provides communication to system accessories • Programmable to automatically display oidest
• Buiit-in Form C trouble relay rated at 2.5 amps at 27.4 VDC event first or display tally of system events
• Two built-in Form C programmable relays rated at 2.5 amps at 27.4 VDC • Acknawledge function aliows operator to keep
track of event status
• SlC device locator can be used to locate a single or multiple devices on
a SLC loop • Programmable date setting for Daylight Saving
Time
• System automatically performs detector sensitivity test
• 13 preset notification cadence patterns(inciuding ANSI 3.41}and four �nstallation
user programmable patterns
• Built-in RS-232 and USB interface for programming The IFP-100 can be surface or flush mounted.
• Upload or download programming, event history, or detector status onsite
or from a remote location using a PC and 5650/5651 Silent Knight
Software Suite(SKSS)
• Improvements in SKSS deliver five times faster upload/downloads
• Non volatiie event history stores up to 1000 events
• 125 Software zones and 125 output groups
�-p-p �xT�-r+ 7550 Meridian Circle
-��-' �tip � Mapie Grove,Mn 55369-4927 P!N 350388 Rev E 04/21/06
�'���"�`� 763-493-6455 Copyright OO 2006 Silent Knight
1-800-328-0103
Fax:763-493-7475 Jumpstart`is a Registered Trademark of
Silent Knight
�:}� ��JJfI�,?�V1t�'E� http:/lwww.farenhyt.com
Compatibility Telephone
The IFP-100 SLC supports multiple device types of the same Requirements: FCC Part 15& Part 68 approved
protocol: Jack: RJ31X(two required)
• Hochiki
Approvals
• IDP NFPA 13, NFPA 15, NFPA 16, NFPA 70, &
You cannot mix Hochiki and IDP devices on a FACP. However; NFPA 72: Central Station; Remote Signailing; Local Protective
any combination of addressable devices of the same protocol Signaliing Systems;Auxiliary Protected Premises Unit; &Water
can be used on the IFP-100. Deluge Releasing Service. Suitable for automatic: manual,
See Hochiki Devices specification sheet{PN 350360)and IDP waterflow, sprinkler supervisory(DACT non-coded)signalling
Device Protocol Devices specfication sheet(PN 350361}for services.
more information. Other Approvals: UL�isted; CSFM 7170-0559: 142;
MEA 429-92-E Vol. XIV
Specifications
Physical Ordering Information
Flush Mount Dimensions: 14.5"W x 24.75°H x 3.5'D IFP-100 Intelligent Fire Alarm Control Panel.
(36.8 W x 62.9 H x 8.73 D cm) SBUS Accessories
Overall Dimensions: 16"W x 26.4'H x 4.65"D RA-100 Remote Annunciator. Same operation and
(40.6 W x 67 H x 11.8 D cm) similar appearance to FACP annunciator.
Weight: 28 Ibs. (12.8 kg) RA-1000R Remote Annunciator. Four line LCD
Color: Red annunciator with 20 characters per line.
Red.
Environmental RA-1000 Remote Annunciator. Four line LCD
Operating Temperature: 32°F— 120°F (0°C—49°C) annunciator with 20 characters per line.
Humidity: 10%—93% non-condensing Gray.
RPS-1000 Intelligent Power Module.
EleCtriCa) 5496 Intelligent Power Module.
Primary AC: 120 VRMS @ 50I60 Hz, 2.5A
5824 SeriallParallel Printer Interface Module.
Total Accessory Load: 6A @ 27.4 VDC power-limited 5880 LED IIO Module.
Standby Current: 170 mA 5865-3&5865-4 LED Fire Annunciators.
Rlarm Current: 325 mA 5883 Relay Interface Board.
Battery Charging Capacity: 7 to 35 AH
Hochiki and IDP Devices
Battery Size: 18 AH max. allowed in control panel cabinet. See the specification sheets listed below for a complete listing
Larger capacity batteries can be housed in RBB accessory of the Hochiki and IDP devices.
cabinet.
350360 Hochiki Devices Specification Sheet.
NotifiCation Appliance Circuits 350361 Intelligent Device Protocol Devices
Four circuits that can be programmed individually as: Specification Sheet.
Notification Circuits: 3A per circuit @ 27.4 VDC, power-limited Miscellaneous Accessories
Auxiliary Power Circuits: 3A per circuit @ 27.4 VDC, 5650/5651 Silent Knight Software Suite. Provides
power-limited programming, uploadJdownload, and
Indicator Lights event reporting.
Alarm (Red): Flashes when in alarm; solid when alarm silenced 5670 Silent Knight Software Suite. Provides
Supervisory(Yellow): Flashes when a supervisory condition facility monitoring.
exists; solid when supervisory silenced RBB Remote Battery Box Accessory Cabinet.
Use if backup batteries are too large to fit
Trouble (Yellowj: Flashes when a trouble condition exists; solid into FACP cabinet. Dimensions:
when trouble silenced 16"W x 10" H x 6" D
Silenced (Yellow): Solid when an alarm,trouble or supervisory (406 mm W x 254 mm H x 152 mm D)
condition has been silenced but not yet cleared
Power(vreen): Flashes forAC failure; solid when pawer
systems are normal
��'���''�' This document is not intended to be used for installetion purposes.We try to keep our "'"�
!"� product information up-to-date and accurate.We cannot cover all specific applications t��-
����.��� or anticipate all requirements.All specifications are subject to change without notice.
For more information,contact Silent Knight 7550 Meridian Circle Suite 100, Maple �
� ���� ��{� Grove; Mn 55369-4927. Phone: (S00)328-0103, Fax: (763}493-6475. �
� � Made in the U.S.A.
F a r e n h � Addressable Monitor Module
Y
IDP-Monitor
The IDP-Monitor is an addressable monitor module for use with a�.
�0=� V M EA
Silent Knight IFP-series fire alarm control panels (FACPs). The �� � �
457-99-E Vol.V
IDP-Monitor acts as an interface to cantact devices, such as
waterflow switches and pull stations. '' k'
The IDP-Monitor supports Class A supervised or Class B �
� � �
supervised wiring to the load device. Conventional 4-wire smoke ��;�" � ,���'� � � �� "��' � ,�g�wGa�
� i�. ��ii�. � "
detectors can be monitored for afarm and trouble conditions. � ., ' ;
� �,"
Features �� � ��
• Single contact monitor ���� �� �• ��� ��� � ������
• Support for Class A and Class B wiring �
� �
• Fully supervised ��:�
• Panei controlled status LED that flashes green in normal state m ��, ;
and is solid red in alarm � ' s� ,
�
• Attractive ivory cover plate
• Rotary address switches for fast installation IDP-Monitor
• SEMS screws for easy wiring
• UL Listed Compatibility
The IDP-Monitor is compatible with the
Installation foliowing FACPs:
The IDP-Monitor mounts directly into a 4" square electrical box. The
• IFP-1000 Intelligent Fire Panel
box must have a minimum depth of 2-1/8".A surface mount
electrical box (PN SSSMB500; System Sensor� PN SMB500} is • IFP-100 Intelligent Fire Panel
available from Silent Knight. • IFP-50 Intelligent Fire Panel
������ 7550 Meridian Circle
/r Mapie Grove,Mn 55369-4927
f �����`�° 763-493-6455 PIN 350288 Rev C,08/15/07
1-800-328-0103 Copyright O 2006 Silent Knight
Fax:�63-493-6475
�}�t }�j[}(?��1W@(i www.farennyt.com
'fo Nexf Deuia� — ���
+ �E
� � � �
ctas�� g � , �
,�""""""� e y
i � s
� � ••�„ � , — �rom Gotrapatib#e SilenE Knight
� , ;' � + FACR or Prev`rt�us Qeuice
initi�tmg t�eui��Cir�uiE NFPA St�rle 8 �^�, ,^^,,
Pow�r tir�ked 23�}�A PAax�ti?12 t1DC NEax �.�' � Q ���
Ciass A W�nng '. .,.....,..
To Next Device — � Gtass�vtr�r�nc�.
+ .f
An�Numlaar aP UL L�sted Can�ect Cl��ure
�. Dewces Map Be Used,i5a Not Mix�i�e Alarm
/} � � � In'rtiating t7evrces,5uperv�sory,or Security Devices
�` on#he Same N1o€fule,
...C�ass A �
._.... �....,�.:................ .......�� ; a �,., a
=.K
_...... .._.,...,- ...,...�. ..v... 3�s * �� t �
�..._,a :...._ s t z �� � .__
� � ..... . s� ._ � � -- _ �rarn Cornpatibte Siient Y.night
G 4
+ FAGP or Previous Devicc
�C3t R�:�istar Is tntern�I � v c,s �
3C TeT€Y1Sf1aPr��ir�
V4!irinq I[}F-Mr,n'ttor fJfoduE�s
Specifications End-of-Line Resistance:47K S2
PhysiCal initiating Device Circuit Wiring Resistance: 1,500�2 max
Height:4.5" (11.4 cm) SLC Loop Resistance: 40�2 max.
Width:4" {10.2 cm) Environmental
Depth: 1.25" (3 cm) Operating Temperature: 32°F— 120°F (0°C—49°C)
Shipping Weight: 6.3 oz(196 g) Humidity: 10°/a—93% non-condensing
Electrical
Operating Valtage: 15—32 VDC Ordering Information
Current Draw(LED on): 5.0 mA max IDP-Monitor Monitoring Module
Operating Current(LED flashing): 375 �A Accessories
Standby Current: SSSMB500� 4' Square Surface Mount Electrical Box
400 �A max @ 24 VDC (one communication every 5 sec with
47K EO�) * For ordering purposes,an SS has been added to the System Sensor
part numbers. Example—System Sensor PN for SSB501 is B501.
550 �A max @ 24 VDC (one communication every 5 sec with
EOL<�K)
5.5 mA(with LED latched on}
LED Current: 5.5 mA(with LED latched on)
�����T'�' This document is not intended to be used for installation purposes.We try to keep our ��� ����
�����,� product information up-to-date and accurate.We cannot cover all specific applications '
or anticipate all requirements.All specifications are subject to change without notice. �
For more information,contact Silent Knight 7550 Meridian Cirde Suite 100, Maple �
� ���� ���� Grove, Mn 55369-4927, Phone:(800}328-0103, Fax:(763}493-6475.
� y Made in the U.S.A.
Fa r e n h � Addressable Photoelectric Smoke Detector
� & Photoelectric Smoke with Thermal
IDP-Photo & IDP-Photo-T
The IDP-Photo is a photoelectric smoke detector and the
IDP-Photo-T is a hotoelectric smoke detector with thermal. These
plug in smoke de ectors, with integral communication, provide ��� �L M EA
features that surpass conventional detectors and are for use with 225-02-E Vol.V
Silent Knight IFP-series fire alarm control panels {FACPs).
Detectar sensitivity can be programmed from the FACP software.
Sensitivity is continuously monitared and reported to the FACP.
n��
Point ID capability allows each detector's address to be set with ���
rotary address switches, providing exact detector locations for
selective maintenance when chamber contamination reaches
unacceptable levels. �,d` ' b��: �
IDP-Photo and IDP-Phato-T have a unique optical sensing chamber �.
that is engineered to sense smoke produced by a wide range of
combustion sources. In the IDP-Photo-T, duai electronic thermistors
add 135°F (57°C)thermal technology to maximize detection.
IDP-Photo(Base Not Included)
Features
• Sleek, low-profile design Compatibiiity
• Reliable analog communications for trouble-free operation The IDP-Photo and IDP-Photo-T are
compatible with the following IDP-series
• Age resistant palymer housing detector bases:
• Dual electronic thermistor design on the IDP-Phota-T • IDP-6AB 6" Mounting Base
• Superior EMI resistance for reliability • SSB5Q1 4" Mounting Base*
• Simple field cleaning for code compliance • SSB224B1 6" Isolator Base*
• Variety of mounting options to meet any application • SSB224RB 6" Relay Base*
• Dual LED indicators for 360°visibility • SSB501 BHT 6"Tempora! Sounder Base*
• Detector transmits signal to indicate maintenance is required The IDP-Photo and IDP-Photo-T are
• Optional remote LED annunciator (PN SSRA4QQZ; System compatible with the following FACPs:
Sensor-0 PN RA400Z} • IFP-1000 Intelligent Fire Panel
• IFP-100 intelligent Fire Panel
• Piug-in mounting provides ease of installation • IFP-50 intelligent Fire Panei
• Tamper-proof feature available on mo�nting bases
" For ordering purposes,an SS has been added to the
• Listed for use in duct applications System Sensor part numbers. Example—System
Sensor PN for SS8501 is 6501.
• Rotary address switches for fast installation
• UL Listed
Installation
The IDP-Photo and IDP-Photo-T plug into a compatible IDP-series
detector base.
��,p �,+�r� 7550 Meridian Circle
�a� � Maple Grove,Mn 55369-4927
�����`�' 763-493-6455 PiN 350280 Rev C,O8,'15106
1-800328-0103 Copyright OO 2006 Silent Knight
Fax:763-493-6475
r}� }-{p[}gyy�+��{ www.farenhyt.com
s�c"
�cr�� �r�
Gompatih}e FACP
�'� � � �� = �
:� , *
RA�DQ�{C}4'3�CPt1i",�J
+ —
� � �,, .�....... _
� ��� � :
� � ` ! ' � .�� � �
.� �
v
: � t ,-�„ . "` ;
t
r ��
!� �.
� �
' � `
'............................_._.,.....,. ....„.... ....�..,.,................�_._,....._...............,. .......... _..,..,..............,...,...... �
.. ...Ciass A CJWiortai Wmnc€ - . .. ..
- . ....................._....._................. . ..........,. ............. .......... . ......,..... �
........_._. .................... � ..., .,..,.. . ......._...,.,.._......,... .._......:
Wirir��iDP-S��ies D�tect�r Mounti�rg Bascs
Specifications* Ordering Information
Physica) IDP-Photo Photoelectric Smoke Detector
Height: 2.0" (5.0 cm) IDP-Photo-T Photoelectric Smoke Detector with
Diameter:4.1" (10.4 cm} Thermal (135°F}
Shipping Weight: 5.2 oz. {147 g)
Accessoriest
EleCtriCal SSRA400Z Remote LED Annunciator.
Operating Voltage: 15-32 VDC
SSRMK400 Recessed Mounting Kit. Provides low
Standby Gurrent: profile for use with SSB501.
250 NA @ 24 VDC (no communication; LED off)
SSXR2B Detector Removal Tool.A removal and
300 uA @ 24 VDC (one communication every 5 sec with replacement tool for IDP plug-in detectors.
LED enabled} Includes the SST55-127-000.
Alarm Current: 6.5 mR @ 24 VDC max {with LED on) SSM02-04-01 Detector Test Magnet.
Environmenta) SSM02-09-OQ Test Magnet with Telescoping Handle.
Operating Temperature SSXP-4 Extension Pole for SSXR26. Extends from
IDP-Photo: 32°— 120°F (4°G—49°C) 5— 15 ft.
IDP-Photo-T: 32°— 100°F (0°C—38°C) SST55-127-000 Detector Removal Head.
Humidity: 10%—93°/a non-condensing SSBCK-2006 Black Detector Kit. Far IDP-series
Other Ratings detectors.
IDP-Photo-T Thermal: Fixed temperature setpoint 135°F (57°C)
�Unless otherwise noted,specifications apply to IDP-Photo and
Velocity: 0—4000 fpm (0—20 m/sec) IDP-Photo-T.
IDP-Photo Insect Screen Hole Size: 0.016" (0.41 mm} nominal t For ordering purposes,an SS has been added to the System Sensor
part numbars. Example—System Sensor PN for SSB501 is 8501.
�����'�' This document is not intended to be used for instaliation purposes.We try to keep our
� �����,.I, product information up-to-date and accurate.We cannot cover aU specific applications �� �
or anticipate all requirements.All specifications are subject to change without notice.
For more information,contact Silent Knight 7550 Meridian Circle Suite 100, Maple �
� ��n� ���� Grove, Mn 55369-4927. Phone:(800}328-0103, Fax: (763)493-6475. �
� ' Y Made in the U.S.A.
� � r � � � � Addressable Single Action and Duai
� Action Puli Stations
IDP-PuII-SA & IDP-PuIf-DA MEA
The IDP-PuII-SA is a single action pull station requiring �
onfy one motion to activate the station. The IDP-PuII-DA is a `~�;;Jy' u s�-oz-elXoi.
,:, � �
dual action pull station requiring two motions to active the For IDP-Puil-
station. Both pull stations are designed to work with Silent For IDP-Pull DA
Knight IFP-series fire alarm controi panels (FACPs). ����� �� � ����"���
�° ����
�� �� � ��r..; 6
Features � � �� �� `�
� r,� ������
• Installer can open station without causing an alarm E= M
E 3 � ��
condition �' �����
�, � ''�� ?
• Dual-color LED is visible through handle of station blinks �� �� �� � 3�'���
green to indicate normal operation and remains steady red �; � ���� � ;�
�� ,,
in an alarm condition = � ��°�,
�; �
• Key operated �es�and reset lock using lock pfate actuator �� - '�� '`
€ � :�
• Key matches compatible FACP locks �_
�. ��
• Meets the Amerieans with Disabilities Act Accessibility "��� °°� �`�'� �����
Guidelines (ADAAG) controls and operating mechanisms IDP-PuII-SA
guidelines (Section 4.1.3[13]) ;����,�� .�,
,, P��
�n @
�� �
• Meets ADA requirement for 5 Ibs maximum puii force to � ° � � = �° `
�: �� ��
active ' �,� �
• Shell, door, and handie molded from durable LEXAN� � =� �
� - �'
�g � �
• Reliable analog communications for trouble-free operation �� ��� � � �
� e
F
• Braille text on station handle ! � ' �� �'�
• Handle latches in down posifion and the word Activated �; � x � €
�a
appears, clearly indicating the station has been pulled �� ������ �
�_ , Ft :: ._- �;�.
• Rotary address switches for fast installation '` �� � � ���� ��
� �.
�; ,;, �,�� a;
• UL Listed, including UL 38, Standard ofi Manuaily Actuated ' �� °����� �� ��� �����`"
Signaling System IDP-PuII-DA
Instaliation Compatibility
The IDP-PuIi-SA and IDP-PuII-DA can be surface mounted to The IDP-PuiI-SA and IDP-Pull-DA are
an compatible with the following FACPs:
SB-I/O surface back box or semi-flush mounted on a standard • IFP-1000 intelligent Fire Pane!
single-gang with a minimum depth of 2.13"{5.40 cm} or • IFP-100 Intelligent Fire Panel
double-gang or 4" (10.61 cm) square electrical box. You can • IFP-50 Intelligent Fire Panei
7550 Meridian Cirde
� ���,��� Maple Grove,Mn 55369-4927
�• ��T�"',��� 16 009 2840103
Fax:763-493-6475 p/N 350286 Rev D. 10;06
www.farenhyt.com
��+ ���3��'b1���� Copyright�2006 Silent Knight
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'�/ir�a��E�P-�'s�1�-5�t c�;1L1�-�uli-t3�ti P�li Stati�ns
Specifications* Environmental
Physicai Operating Temperature 32°— 120°F (0°C—49°C)
Height: 5.5" (14 cm) Humidity: 10%—93% non-condensing
Width. 4" (102 cm}
Depth: 5.4 oz. (3.7 cm) Ordering Information
IDP-PuII-SA Single Acfion Pull Station
Housing Material: LEXAN polycarbonate resin IDP-Puii-DA Dual Action Pull Station
Bi-Colored LED:
Blinking Green: Normal Accessories
Steady Red:Alarm SSBG-TRt Trim Ring. Optional for pul! stations
Switch: Single pole, single throw (SPST) normally open semi-flush mounted
(N/O)switch which closes upon activation of the pull SB-I/O Surface Mount Back Box
station
*Unless otherwise noted.specifications apply to IDP-PuII-SA and
Electrical IDP-PuII-DA.
Operating Voltage: 15-32 VDC t For ordering purposes,an SS has been added to the System
Sensor part numbers.Example—System Sensor PN for SSB501
Operating Current(LED fiashing}: 300 NR is 850�.
Wire Gauge: Up to 12 AWG (3.1 mm2)
�,, ���,,,��� This document is not intended to be used for installation purposes.We try to �,
; ������ keep our product informetion up-to-date and accurate.We cannot cover all � `"
specific applications or anticipate al!requirements.AII specifications are subject
to change without notice. For more information,contact Silent Knight 7550
��, ����,��,,���� Meridian Circle Suite 100; Maple Grove, Mn 55369-4927. Phone:(800)328-
Made in the
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h��._ '
Selectable-Output �` � _
Horns, Strobes, and
��
Horn Strobes
��
�
SpectrAlert°Advance selectable-output horns,strobes, '� �
and horn srrobes are rich with features guaranreed to
cut installation times and maximize profits. SPECTf��lle�
Features The SpectrAlert Advante series offers the most versatile and
•Plug-in design with minimal intrusion into the back box easy-to-use line of horns,strobes,and horn strobes in the industry.
With white antl red plastic housings,wall and ceiling mounting
•Tamper-resistant construction
options,and plain and FIRE-printed devices,SpectrAlert Advance can
•Automatic selection of 12-or 24-volt operation at 15 and 15/75 meet virtually any application requirement.
candela
•Field-selectable candela settings on wall and ceilina units:15,15/75, Like the entire SpectrAlert Advance product line,horns,strcbes,
30,75,95,110,115,135,150,177,and 185 and horn strobes include a variety of features that increase their
•Horn rated at 88+dBA at 16 volts application versatility while simplifying installation.All devices
feature plug-in designs with minimal intrusion into the back
•Rotary switch for hom tone and three volume selections box,which make installations fast and foolproof while virtually
•Universal mounting plate for wall and ceiling units eliminating costly and time-consuming ground faults.Furthermore,
•Mounting plate shorting spring checks wiring continuity before a universal mounting plate with an onboard shorting spring tests
device installation wiring continuity before the device is installed,protecting devices
•Electrically compatible with existing SpectrAlert products from damage.
•Compatible with MDL sync module In addition,field-selectable candela settings,automatic selection
of 12-or 24-volt operation,and a rotary switch for horn tcnes with
three volume selections enables installers to easily adapt devices to
suit a wide range of application requirements.
Agency Listings
516NALING T
'.,0�,,.v
�� F M MEA �'��
IISTED nrvnoveo app►oved 7125165319b�n000�s��oees�
54Ji1 ichimes,hornsvobes,hom>� 302�572 MEA452-OS-E chi.mesrobes)
$557 2 Lttf06¢5) 71?S-1 h53�I B+(hOrnS,ChImPS)
SpectrAlert Advance Specifications
Generai
SpectrAlert Advance homs,strobes,and horn strobes shall mount to a standard 4 x 4 x i�/rinch back box,4-inch octagon back box,or double-gang back
box.Two-wire products shall also mount to a single-gang 2 x 4 x P/6-inch back box.A universal mounting plate shall be used for mounting ceiling and
wall products.The notification appliance circuit wiring shall terminate at the universal mounting plate.Also,SpectrAlert Advance producu,when used with
the SynaCircuit"Module accessory,shall be powered from a non-coded notification appliance circuit output and shall operate on a nominal 12 or 24 volts.
When used with the Syno-Circuit Module,l2-volt-rated notification appliance circuit outputs shall operate between 9 and 17.5 volts;24-volt-rated notification
appliance circuit outputs shall operate between 17 and 33 volts.Indoor SpectrAlert Advance produc[s shall operate between 3Z and 120 degrees Fahrenheit
from a regulated DC orfull-wave rectified unfiltered power supply.Strobes and hom strobes shall havefieid-selectable candela settings including 15,15/75,30,
75,95,110,115,135,150,177,and 185.
Str�bu
The strobe shall be a System Sensor SpectrAlert Advance Model listed to UL 1971 and shall be approved for fire protective servicaThe strobe shall be
wired as a primary-signaling notification appliance and comply with the Americans with Disabilities Act requiremenu for visible signaling appliances,flashinq at
1 Hz over the strobe's entire operating voltage range.The strobe light shall consist of a xenon flash tube and associated lens/reflector system.
Harn Strabe�ombination
The hom strobe shall be a System Sensor SpectrAlert Advance Model listed to UL 1971 and UL 464 and shall be approved for fire protective service.The
horn strobe shall be wired as a primary-signaling notification appliance and comply with the Americans with Disabilities Act requirements for visible signaling
appliances,Flashing at 1 Hz over the strobe's entire operating voltage range.The strobe light shall consist of a xenon flash tube and associated lens/reflector
system.The hom shall have three audibility options and an option to switch between a temporal three-pattern and a non-temporal(continuous)pattern.These
options are set by a multiple position switch.On four-wire products,the strobe shall be powered independently of the sounder.The hom on horn strobe models
shall operate on a coded or non-coded power supply.
Synchronizatian Niociuie
The module shall be a System Sensor Syno-Circuit model MDL listed to UL 464 and shall be approved for fire protective service.The module shall synchronize
SpectrAlert strobes at 1 Hz and homs at temporal three.Also,while operating the strobes,the module shail silence the horns on hom strobe models over a
single pair of wires.The module shall mount to a 4�V,6 x 4"/,F x 2�/e-inch back box.The module shall also control two Style Y(dass B)circuits or one Style Z
(dass A)circuitThe module shall synchronize multiple zones.Daisy chaining two or more synchronization modules together will synchronize all the zones they
control.The module shall not operate on a coded power supply.
Standard Operating Temoerature 32°F to 120'F(0°C to 49°C)
Humidity i�ange� 10 to 93%non-condensing
Strope F9ash Rate 1 flash per second
tvaminaE�iatta�e Reyulated 12 DC/FWR or regulated 14 DC/FWR'
Gperatinc�Goltage Range` 8 to 17.5 V(12V nominal)or 16 to 33 V(24V nominal)
inpuvTerminal Wire Gauge 12 to 18 AWG
Ce�iing-Moun:Di�enslans(inciudinc�iens? 6.8""diameter x 25""hiah(173 mm diameter x 64 mm high)
Waii-Mount Dfinensians(ineiueiing fensj 5.6""L x 4J"W x Z.5""D(142 mm L x 1 19 mm W x 64 mm D)
Hc�rrs Dimens€ons 5.6"L x 4J""W x 13"D(142 mm L x 1 19 mm W x 33 mm D)
Wai�-Nlaunt Back Bc�;:5kirt Qimensions(BB�-�,B&SVt`-2} 5.9"L x 5.0"W x 22"'D(151 mm l x 128 mm W x 56 mm D)
Ceiiina-Mount Sack Box Skirt i3imensions i�P��-2,BBSCV41-2'; 7.1"diameter x 22""hiqh(180 mm diameter x 57 mm hiqh)
�Fval1-IViounv Trim Ring C?imensions[sold as a S packl?YR-H5,�itVt�-HS} SJ"L x 4.8"W x 035""D(145 mm L x 122 mm W x 9 mm D)
i.eiiinc?-t�ounti"rim Ring Dimensions#sald as�5 paci:}ETRC-NS,TRiVi+-H5a 6.9"diameter x 035"high(175 mm diameter x 9 mm high)
Notes:
1.Full Wave Rectified(FWR)voltage is a non-regulated,time-varying power source that is used on some power supply and panel outputs.
2.P,5,PC,and SC products will operate ai 12 V nominal only for 1 S and 15/75 cd.
A05-0395-007
UL Current Draw Data
@ �
8-i 7.5 Votts 16-33 Volts S-i 7.5 Volts 1 ra-33 Volts
Candela DC FWR i3C FWF� 5ound PaYterr_ d& D� FWR DC FWf�
Standard 1 S 123 128 66 71 Temporal High 57 55 69 75
Cande[a Range 15/75 142 148 77 81 Temporal Medi�m 44 49 58 69
30 NA NA 94 96 Temporal Low 38 44 44 48
75 NA NA 158 153 Non-temporal High 57 56 69 75
95 NA NA 181 176 Non-temporal Medium 42 50 60 69
110 NA NA 202 195 Non-temporal Low 41 44 50 50
115 NA NA 210 205 Coded Hlgh 57 55 69 75
HEgf� 135 NA NA 228 207 Coded Medium 44 51 56 69
Candeia Range 150 NA NA 246 220 Coded Low 40 46 52 50
177 NA NA �81 251
185 NA NA 286 258
�
S-7'.S Volts 16-33 V'ofYs
DClnput 1S 1517� '= 15(75 3f. ?5 95 11G 11�
Temporal High 137 147 79 90 107 176 194 212 218
Temporal Medium 132 144 69 80 97 157 182 201 210
Temporal Low 132 143 66 77 93 154 179 198 207
Non Temporal High 141 152 91 100 116 176 201 221 229
Non Temporal Medium 133 145 75 85 102 163 187 207 216
Non Temporal Low 131 144 6S 79 96 156 182 201 210
FWR{npu*<
Temporal High 136 155 88 97 112 168 190 Z10 213
Temporal Medium 129 152 78 88 103 160 18�I 202 206
Temporal Low 129 151 76 86 101 160 184 194 201
Non-Temporal High 142 161 103 112 126 181 203 221 229
Non Temporal Medium 134 1 SS 85 95 110 166 189 208 216
Non-Temporal Low 132 154 80 90 105 161 184 202 211
$ ..
16-33 ifokts 16�-�33 Volts
DClnpc�t ?3s 75g ��? 18� FWRinput �'s5 75� 17' tS5
Temporal Hiyh 245 259 290 297 Temporal High 215 231 258 265
Temporal Medium 235 Z53 Z88 297 lemporal Medium 209 224 250 �58
Temporal Low 232 251 282 292 Temporal Low 207 221 248 256
Non Temporal High 255 270 303 309 Non-Temporal High 233 24� 275 281
Non-Temporal Medium 242 259 293 299 Non Temporal Medium 219 232 262 267
Non-Temporal Low 238 254 291 295 Non Temporal Low 214 229 256 262
Horn Tones and Sound Output Data
, a - �
�-17,w 76-33 ?4-Vc�ItP3omina`s
Switch Volts Volt<_. Rever6era�� knectroic
Positior, So�nd Patterrr d6 �� �Vt1F� DC FV+� C}` EWR �� F��l�d
1 Temporal High 78 78 84 84 88 88 99 98
2 Temporal Medium 74 74 80 80 86 86 96 96
3 Temporal Low 71 73 76 76 83 80 94 89
4 Non Temporal High 82 82 SS 88 93 92 100 100
5 Non Temporal Medium 78 78 85 85 90 90 98 9S
6 Non Temporal Low 75 I5 81 81 88 84 96 92
7t Coded High 82 82 88 88 93 9Z 101 101
8t Coded Medium 78 78 85 85 90 90 97 98
4t Coded Low 75 75 81 81 88 85 96 92
'Settings 7,8,and 9 are not available on 2-wire horn strobc.
nos-o39s-oo�
SpectrAlert Advance Dimensions
�4.7" 2.5' 6.8"
Dia.
�
2.5"
5.6"
Wa4�-maunt horn strabes CeiEing-mount i�orn strobes
7.1' 1�2.25=.1
5.05� �2.23+� Dia. I I
I
00 0 °O°� °
5.98'
O
O O O O
Q O O (�
Wali back box skirt Ceiiing back box skirt
SpectrAlert Advance Ordering Information
�- o.
Wali Horn Strobes Cei3'rng Strobes
P2R*t 2-Wire Horn Strobe,Standard cd�,Red SCR Strobe,Standard cd,Red
P2RH* 2-Wire Hom Strobe,High cd,Red SCRFI 5trobe,High cd,Red
P2W* 2-Wire Hom Strobe,Standard cd,White SCW* Strobe,5tandard cd,White
P2WH* 2-Wire Hom Strobe,High cd,White SCWH SVObe,High cd,White
P4R* 4-Wire Hom Strobe,Standard cd,Red Horns
P4RH 4-Wire Hom Strobe,High cd,Red HR Horn,Red
P4W 4-Wire Hom Strobe,Standard cd,White HW Hom,White
Wal!Strobes Accessoria=
SR*t Strobe,Standard cd,Red BBS-2 Back Box Skirt,Wall,Red
SRH*t Strobe,High cd,Red BBSW-2 Back Box Skirt,WaII,White
SW* Sirobe,Standard cd,White BBSG2 Back Box Skirt,Ceiling,Red
SWH* Strobe,High cd,White BB�CW-2 Back Box Skirt,Ceiling,White
Ceiiing Harn 5trobe; TR-HS Trim Ring,Wall,Red
PC2R* 2-Wire Hom Strobe,Standard cd,Red TRW-HS Trim Ring,Wali White
PC2RH Z-Wire Hom 5trobe,High cd,Red TRGHS Trim Ring,Ceiling,Red
PC2W*' 2-Wire Hom Sirobe,Standard cd,White TRCW-HS Trim Ring,Ceiling,White
PQWH* 7-Wire Horn Strobe,High cd,White
PC4R 4-Wire Hom Strobe,Standard cd,Red
PC4RH 4-Wire Hom Strobe,High cd,Red
PC4W 4-Wire Hom Strobe,Standard cd,White
NaTes:
*Add"-P"to model number for plain housing�no°FlRE"marking on cover),e g.,P2R-P.
t Add"-SP"to model number for"FUEGO"marking on cover,e.g.,P2R-SP.
#"Standard cd`refers to sirobes that include 1 S,15/75,30,75,95,110,and 115 candela settings."High cd"reters?o strobes that indude 135,1 S0,177,and 185 candela settings.
�{{{����,,,�` ��� m2oo9 Svst m 5
_.�'' ���r�� 3825 Ohio Avenue•St Charles,IL 60174 v,��a�,>=.fi<��� n,n nr��_ h r o«eust Pm�z so���mr�,
°"� ��� Phone:800-$ENSORZ•Fax:630-377-6495 `"""��'°d°tt�f o �oa� g neiu n ,o�or�,�se��.neP�
A05 039�....i.M_w.71�13�
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�,,_...� '.ai� ,��
Outdoor Selectable-
Output Horns, Strobes,
and Horn Strobes for
Wall Applications
SpectrAlert�Advance ourdooraudible visible products SPECT��41e�
� � �__ �
are rich with fearures thar cut insrallation times and � - � '
maximize profits.
Features SpectrAlert Advance offers the broadest line of outdoor horns,
•Weatherproof per NEMA 4X,IP56 strobes,and horn strobes in the industry.With white or red plastic
•Listed to UL 1638(strobe)and UL 464(horn) housings,wall or ceiling mounting options,and plain or FIRE-printed
devices,5pectrAlert Advance can meet virtually any application
•Compatible with System Sensor synchronization protocol and requirement,including indoor,outdoor,wet,and dry applications in
legacy SpectrAlert products temperatures rrom—40°F to 151°F.
•Field-selectable candela settings:15,15/75,30,75,95,1 10,1 15,135,
150,177,and 185 Like the entire SpectrAlert Advance line,outdoor horns,strobes,and
•Automatic selection of 12-or 24-volt operation at 15 and 15/75 horn strobes for wall applications indude a variety of features that
candela increase application flexibility and simplify installation.First,field-
selectable settings,including candela,automatic selection of 12-or
•Rotary switch for hom tone and three volume selections 24-volt operation,horn tones,and three volume options enable
•Horn rated at 88+dBA at 16 volts installers to easily adapt devices to meet requirements.
•Rated from—40°F to 151°F
•Universal mounting plate with an onboard shorting spring that Next,SpectrAlert Advance devices use a universal mounting plate
tests wiring continuity before devices are installed for both wall and ceiling applications.This mounting plate indudes
an onboard shorting spring that ensures wiring ccntinuity before
•Plug-in design with minimal intrusion into the back box devices are installed,so installers can verify proper wiring without
•Tamper-resistant construction mounting tne devices and expcsing them to potential construction
damage.Once the plates are mounted,all SpectrAlert Advance
devices utilize a plug-in design with a single captured screw to
speed installation and virtually eliminate cosdy grcund faults.
Outdoor d°vices ship with weatherproof plastic back boxes(metal
back boxes are available separately)that accommodate in-and-
Ageney Listings out wiring for daisy chaining devices.Plastic back boxes feature
removable siae flanges and improved resistance to saltwater
SI6NALING .� corrosion.Knock-outs located on the back eliminate the need to drill
�= holes for screw-in mounting.Plastic and metal weatherproof back
U� � boxes come with 3/4-inch top and bottom conduit entries and 3/4-inch
F M MEA �3oo-i oss i e�ro�cdoor s�robe�l
LISTEU �,�s-�5�3�esmo��-«�b�� knock-outs at the back.A screw-in NPT plug with an 0-ring gasket
S4J1��;himes,hom_moes.homs` ,.I
APPi10VEU approved :n�m.e�t,o�zsi
53593ioutdoo�andaler[sttobes) 30235%2 MEA452-05{ 7135-1553�.183(homs,:fiimesl f���WaTert�ght Sea��5�n��udeU W�th ea�h ba� �X.
SpectrAlert Advance Outdoor Horn,Strobe,and Horn Strobe Specifications
General
SpearAlert Advance outdoor homs,strobes,and hom strobes shall mount to a weatherproof back box.A universal mounting plate shall be used for mounting
ceiling and wall products.The notification appliance circuit wiring shall terminate at the universal mounting plate.Also,SpectrAlert Advance products,when
used with the Sync•Circuit'"Module accessory,shall be powered from a non-coded notification appliance circuit output and shall operate on a nominal 12
or 24 volts.When used with the SynaCircuit Module,l2-volt-rated notification appliance circuit outputs shall operate between 9 and 17.5 volts,24-volt-rated
notification appliance circuit outputs shall operate between 17 and 33 volts.0utdoor SpectrAlert Advance products shall operate between—40 and 151 degrees
Fahrenheit from a regulated DC orfull-wave rectified unfiltered power supply.Strobes and horn strobes shall have field-selectable candela settings induding 15,
1 S/75,30,75,95,110,115,135,150,177,and 185.
Strabe
The strobe shall be a System Sensor SpectrAlert Advance Model listed to UL 1971 and shall be approved for fire protective service.The strobe shall be
wired as a primary-signaling notification appliance and comply with the Americans with Disabilities Act requirements for visible signaling appliances,Flashing at
1 Hz over the strobe's entire operating voltage range.The strobe light shall consist of a xenon flash tube and associated lens/reflector system.The svobe must be
installed with its weatherproof back box in order to remain outdoor approved per LLThe strobe shall be suitable for use in wet environments.
Horn Strobe Combination
The hom strobe shall be a System Sensor SpectrAlert Advance Model listed to UL 1971 and UL 464 and shall be approved for fire protective service.The
horn strobe shall be wired as a primary-signaling notification appliance and comply with the Americans with Disabilities Act requiremenu for visible signaling
appliances,flashing at 1 Hz over the strobe's entire operating voltage range.The strobe light shall consist of a xenon flash tube and associated lens/reflector
system.The hom shall have three audibility options and an option to switch between a temporal three pattern and a non-temporal(continuous)pattem.These
options shall be set by a multiple position switch.On four-wire products,the strobe shall be powered independently of the sounder.The hom or horn strobe
models shall operate on a coded or non-coded power supply.The hom strobe must be installed with its weatherproof back box in order to remain outdoor
approved per UL The hom strobe shall be suitable for use in wet environments.
Operatinc}Temperature —40°F to 151°F(-40°C to 66°C)
5trobe Fiash Rat� 1 flash per second
�lomina(Vaftage Regulated 12 DC/FWR or regulated 24 DC/FWR'
bperating Voliage Range? 8 to 17.5 V(12 V nominal)or 16 to 33 V(24 V nominal)
inpui Terminal Wire Ga�ge 12 to 18 AWG
Wal(-nrlount Dimensians{lnciudin�Iens} 5.6°L x 4J""W x 25""D(742 mm L x 119 mm W x 64 mm D)
F�orn Dimensigns 5.6"L x 4J"W x 1 3""D(142 mm L x 119 mm W x 33 mm D)
WaIE-Mount WeaYharprooi Back Sox€limensiarrs(S�-WBB; 57"L x 5.1"W x 2.0""D(145 mm L x 130 mm W x 51 mm D)
Notes:
1.Full Wave Rectified(FWR)voltage is a non-regutated,time-varying power source that is used on some power supply and panel outputs.
2.P,5,PC,and SC products will operate at 12V nominal onlyfor 15 and 15/75 cd.
nwsoi zoo
. , .
UL Current Draw Data
� 6
8-17.5 5iotts 7 6-33 Voits �-t 7.5 Volt> 16-33 Volts
Candeia DC FWF D� FWF Sound Pattern d6 D� FWR DC FWF.
5tandarc 15 123 128 66 71 Temporal High 57 55 69 7S
Candeia Ftange 15/75 14Z 148 77 81 lemporal Medium 44 49 58 69
30 NA NA 94 96 Temporal Low 38 44 44 48
75 N� NA 158 153 Non Temporal Hiqh 57 56 69 75
95 NA NA 181 176 Non-Temporal Medium 42 50 60 69
110 NA NA 202 195 Non Temporal Low 41 44 50 50
115 NA NA 210 205 Coded High 57 55 69 75
hii�ta 135 NA NA 228 207 Coded Medium 44 51 56 69
>a�d�'�����9� 150 NA NA 246 220 Coded Low 40 46 52 50
177 NA NA 281 251
185 NA NA 286 258
�
�`t—�7.�1/A{tS �b—��Vb�$5
DCinput 1� 151'� 15 T51?� 3C� ?� 95 71#� 91�
Temporal High 137 147 79 90 107 176 194 212 218
Temporal Medium 132 144 69 80 97 157 182 201 210
Temporal Low 132 143 66 77 93 154 179 198 207
Non-Temporal High 141 152 91 100 116 176 201 221 229
Non Temporal Medium 133 145 75 85 102 163 187 207 216
Non-Temporal Low 131 144 68 79 96 156 182 201 210
FiNR Input
Temporal High 136 155 88 97 112 168 190 210 218
lemporal Medium 129 152 78 88 103 160 184 202 206
TemporalLow 1�9 151 76 86 101 160 184 194 201
Non Temporal High 142 161 103 112 126 181 203 221 2Z9
Non Temporal Medium 134 155 85 95 110 166 189 208 216
Non Temporal Low 132 154 80 90 1 OS 161 184 202 211
e
1 E-33 Votts 1 G-33 Vc�(ts
DC�nput 73� 15G 177 185 FWR input i35 i5G 9.? 18S
Temporal High 245 259 290 297 Temporal High 215 231 258 265
Temporal Medium 235 253 288 297 Temporal Medium 209 224 250 258
Temporal Low 232 251 282 292 Temporal Low 207 221 248 256
Non-Temporal Hlgh 255 270 303 309 Non=lemporal High 233 248 275 281
Non-Temporal Medium 24Z 259 293 299 Non 7emporal Medium 219 232 262 267
Non Temporal Low 238 254 291 295 Non-Temporal Low 214 229 256 262
Candela Derating Horn Tones and Sound Output Data
For K series products used at low temperatures,listed candela ,. , ,
ratings must be reduced in accordance with this table. 2�-italt�iaminai
8-i7.5 1b-33
= s p= Vait� �3oits (#everberant F�nechok�
Switch
Liated�a�dela Cancieia ratinq at-40"F Frssition Spund Pattern dE: �C. FW� D� FWR I3^G FVJF €7` FWf:
15 � Temporal High 78 78 84 84 88 88 99 98
15/75 Do not use below 32°F Z Temporal Medium 74 74 80 80 86 86 96 96
30 3 Temporal Low 71 73 76 76 83 80 94 89
75 44 4 Non Temporal High 82 82 R8 88 93 92 100 100
95 �� 5 Non-Temporal Medium 78 78 85 85 90 90 98 9P
110 110 6 Non Temporal Low 75 75 81 81 88 84 96 92
115 115 7' Coded High 82 82 88 SS 93 92 101 101
135 135 gT Coded Medium 78 78 85 85 90 90 97 98
150 150 9� Coded Low 75 75 81 81 88 85 96 92
��� ��� t�ettings 7,8,and 9 are not available on 1-wire horn strobe.
185 185
nv�so�zac
�ectrAlert Advance Diagrams
�4.7" 2.5„
...�
��
�
5.6" ° O
0
� �
W�II-Mount Fiom Strooes Wal(Piastic Weatherproaf Back 6ox
0 "� �
� �� 0 ...
O
�
�r'al(-Maunt Horn Szroba wiYh Ptastic VYe�Therproof�ac#c 6a�
SpectrAlert Advance Ordering Information .
�-
WaI€Horr Strobas
P2RK*1 2-Wire Hom Strobe,Standard cd,Red,Outdoor(includes plastic outdoor back box)
P2RHK*i 2-Wire Hom Strobe,High cd,Red,Outdoor(includes plastic outdoor back box)
P2WK*t 2-Wire Hom Strobe,Standard cd,White,Outdoor(includes plastic outdoor back box)
P2WHK*t 2-Wire Hom Strobe,High cd,N/hite,Outdoor(indudes plastic outdoor back box)
P4RK' 4-Wire Hom Strobe,Standard cd,Red,Outdoor(indudes plastic outdoor back box)
P4WK 4-Wire Hom Strobe,Standard cd,White,Outdoor(includes plastic outdoor back box)
P2RHK-120 Z-Wire Hom Strobe,High cd,Red,Outdoor,120 V(indudes plastic outdoor back box)
iRial�Strobes
SRK*i Strobe,Standard cd,Red Outdoor(indudes plastic outdoor back box)
SRHK'°t Strobe,High cd,Red,Outdoor(indudes plastic outdoor back box)
SWK*1 Strobe,Standard cd,White,Outdoor(indudes plastic outdoor back box)
SWHK"1 Strobe,High cd,White,Outdoor(indudes plastic outdoor back box)
Fiarn:
HRK' Hom,Red,Outdoor(indudes plastic outdoor back box)
Rccessories
SA-WBB Red Separate Ship,Wall-Mount,Outdoor Back Box,Metal
SA-WBBW White Separate Ship,Wall-Mount,Outdoor Back Box,Metal
Nates:
*Add"-P"to model number for plain housing�no"FIRP'marking on cover),e g.,P2RK-P
t Add"-R"to model number for weatherproof replacement device ino back box induded),only tor use with weatherproof outdoor Flush mounting plate,WTP and WTPW.
"Standard cd"refers to sirobes that indude 15,15/75,30,75,95,110,and 115 candela settings."High cd"ref?rs to strobes that indude 135,150,177,and 135 candela settings.
When replacing standard outdoor units both the device and back box must be replaced.
{�°^�`
� �,�_ � �zoiisvi � ,or.
� 3825 Ohio Avenue•St.Charles,IL 60174 P�od��*�Pe�fi,a�o s�b,n�,rna m����ot��=u�ts�s�em.=�>��.omr�,
rencprodua ( .�on,nd d gth I reYVe north;dacasheet.
�,,�`��� Phone:S00-SENSOR2•Fax:630-377-6495 `J` nvoso,zo sn uzais��
Fa r e n h � Single Loop Analog/Addressable
� Fire Alarm Control System
IFP-100
IFP-100 is an intelligent analog/addressable fire control panel.The basic
IFP-100 system has a singie SLC loop and four notification appliance ,, M EA
circuits that can be programmed for notification outputs or auxiliary power. •T �L
�
IFP-100 also has a built-in dual line digital fire communicator, Form C �' a2s-sz-e voi.xiv
trouble relay, and two programmable Form C relays.The firmware has
powerful features, such as detector sensitivity; daylnight thresholds, drift I I
compensation and pre-trouble maintenance alert.
IFP-100 supports a variety of other devices that can be added to the
system such as RA-100 remote annunciator, 5824 seriallparallel printer
interface module(for printing system reports), and 5496 intelligent power
moduie, and Hochiki or Intelligent Device Protocol (IDP}devices.
Features
• Buiit-in support for up to127 Hochiki devices or 99 IDP detectors and 99
IDP modules
• Uses standard wire—no shielded or twisted pair required
• Built-in digital communicator for remote reporting of system activity and
system programming
• Central station reporting by point or by zone
• Jumpstart°auto-programming
• Supports Class B (Style 4)and Class A(Style 6 or Style 7)configuration
for SLC
• Distributed, intelligent power IFP-100
• Built-in synchronization for AMSECO, Gentex�, Faraday, System . 6 amp power suppiy and maximum charging
Sensor�, and Wheelock�appiiances capacity of 35 amp hours(An additional
• Sensor sensitivity settings and day/night sensitivity setting cabinet enclosure is required for batteries in
excess of 18 amp hours)
• Automatic drift compensation
• Notification circuits confi urable as 2 Class A St le Z ,4 Ciass B St le ' Integrated dead front panel protects operator
9 � Y ) � Y from exposure to electrical components
Y), or auxiliary power for resettable, constant, or door holder power
• Built-in annunciator with a backlit 80-character LCD display • The FACP enclosure features a Plexiglass�
viewing window to protect annunciator
• RS-485 bus provides communication to system accessories • Programmable to automatically display oldest
• Buiit-in Form C trouble relay rated at 2.5 amps at 27.4 VDC event first or display tally of system events
• Two buiit-in Form C programmable relays rated at 2.5 amps at 27.4 VDC • Acknowledge function ailows operator to keep
track of event status
• SLG device locator can be used to locate a single or muitiple devices on
a SLC loop • Programmable date setting for Daylight Saving
Time
• System automatically performs detector sensitivity test
• 13 preset notification cadence patterns (including ANSI 3.41) and four �nstallation
user programmable patterns
• Built-in RS-232 and USB interface for programming The IFP-100 can be surface or flush mounted.
• Upload or downioad programming, event history, or detector status onsite
or from a remote location using a PC and 5650/5651 Silent Knight
Software Suite (SKSS)
• Improvements in SKSS deliver five times faster uploadJdownloads
• Non valatile event history stores up to 1000 events
• 125 Software zones and 125 output groups
�����+-� 7550 Meridian Circle
� Mapie Grove,Mn 55369-4927 P/N 350388 Rev E 04/21/06
��I��� 763-493-6455 Copyright OO 2006 Silent Knight
1-800-328-0103
` Fax:763-493-7475 Jumpstart' is a Registered Trademark of
Siient K�ight
E7}+ �QC1��WG-'�f http:/lwww.farenhyt.com
COmpetibility Telephone
The IFP-100 SLC supports mulfiple device types of the same Requirements: FCC Part 15&Part 68 approved
protocol: Jack: RJ31X(two required)
• Hochiki
Approvals
• IDP NFPA 13, NFPA 15, NFPA 16, NFPA 70, &
You cannot mix Hochiki and IDP devices on a FACP. However; NFPA 72: Central Station; Remote Signalling; Local Protective
any combination of addressable devices of the same protocol Signalling Systems;Auxiliary Protected Premises Unit; &Water
can be used on the IFP-100. Deluge Releasing Service. Suitable for automatic, manual,
See Hochiki Devices specification sheet(PN 350360)and IDP Waterflow, sprinkler supervisory(DACT non-coded)signailing
Device Protocol Devices specfication sheet(PN 350361)for services.
more information. Other Approvals: UL Listed; CSFM 7170-0559: 142;
MEA 429-92-E Vol. XIV
Specifications
Physical Ordering Information
Flush Mount Dimensions: 14.5"W x 24.75"H x 3.5"D IFP-100 Intelligent Fire Alarm Control Panel.
(36.8 W x 62.9 H x 8.73 D cm) SBUS Accessories
Overall Dimensions: 16"W x 26.4'H x 4.65"D RA-100 Remote Annunciator. Same operation and
(40.6 W x 67 H x 11.8 D cm) similar appearance to FACP annunciator.
Weight: 28 Ibs. (12.8 kg} RA-1000R Remote Annunciator. Four line LCD
Color: Red annunciator with 20 characters per line.
Red.
Environmental RA-1000 Remote Annunciator. Four line LCD
Operating Temperature: 32°F— 120°F (0°G—49°C) annunciator with 20 characters per line.
Humidity: 10%—93°/a non-condensing Gray.
RPS-1000 Intelligent Power Module.
EleCtriCal 5496 Intelligent Power Module.
Primary AC: 120 VRMS @ 50/60 Hz, 2.5A
5824 Serial/Parallel Printer Interface Module.
Total Accessory Load: 6A @ 27.4 VDC power-limited 5880 LED UO Module.
Standby Current: 170 mA 5865-3 &5865-4 LED Fire Annunciators.
Rlarm Current: 325 mA 5883 Relay Interface Board.
Battery Charging Capacity: 7 to 35 AFt
Hochiki and IDP Devices
Battery Size: 18 AH max. allowed in control panel cabinet. See the specification sheets listed below for a complete listing
Larger capacity batteries can be housed in RBB accessory of the Hochiki and IDP devices.
cabinet.
350360 Hochiki Devices Specification Sheet.
Notification Appliance Circuits 350361 Intelligent Device Protocol Devices
Four circuits that can be programmed individually as: Specification Sheet.
Notification Circuits: 3A per circuit @ 27.4 VDC, power-limited Miscellaneous Accessories
Auxiliary Power Gircuits: 3A per circuit @ 27.4 VDC. 5650/5651 Silent Knight Software Suite. Provides
power-limited
programming, upload/download, and
Indicator Lights event reporting.
Alarm {Red): Flashes when in alarm; solid when alarm silenced 5670 Silent Knight Software Suite. Provides
Supervisory{Yellow): Flashes when a supervisory candition facility monitoring.
exists; soiid when supervisory silenced RBB Remote Battery Box Accessory Cabinet.
Use if backup batteries are too large to fit
Trouble {Yelfow): Flashes when a troubie condition exists; solid into FACP cabinet. Dimensions:
when trouble siienced 16"W x 10" H x 6" D
Silenced (Yellow): Solid when an alarm, trauble or supervisory (406 mm W x 254 mm H x 152 mm D)
condition has been silenced but not yet cleared
Power(vreen): Flashes for AC failure; solid when power
systems are normal
�����T'�' This document is not intended to be used for installation purposes.We try to keep our
� product information up-ta-date and accurate.We cannot cover all specific applications -�� ���
�.���HT or anticipate all requirements.All specifications are subject to change without notice. ��
For more information.contact Siient Knight 7550 Meridian Circle Suite 100, Maple y
������ ��� Grove, Mn 55369-4927. Phone:(800)328-0103,Fax:{763j 493-6475.
� Made in the U.S.A.
F a r e n h � Addressable Monitor Module
Y
IDP-Monitor
The IDP-Monitar is an addressable monitor module for use with �r,
��� M EA
Silent Knight IFP-series fire alarm control panels (FACPs}. The ��
457-99-E Vol.V
IDP-Monitor acts as an interface to contact devices, such as
waterffow switches and pull stations.
The IDP-Monitor supports Class A supervised or Class B � � i`'
���
supervised wiring to the load device. Conventional 4-wire smoke � ���a,a� ��."��,ti = �` t� ��'�� �'�
�,��. °°� �'��'�'_�
�
detectors can be monitored for afarm and trouble conditions. � -��` ��
- �
Features
• Single contact monitor � � ��
� -'
• Support for Class A and Ciass B wiring � � � � �� � �
• Fully supervised � ���
• Panel controlled status LED that flashes green in normal state �
and is solid red in alarm � � '��
• Attractive ivory cover plate
• Rotary address switches for fast installation IDP-Monitor
• SEMS screws for easy wiring
• UL Listed Compatibility
The IDP-Monitor is compatible with the
(nstallation following FACPs:
The IDP-Monitor mounts directly into a 4" square electrical box. The
• IFP-1000 Inteliigent Fire Panel
box must have a minimum depth of 2-1/8".A surface mount
electrical box (PN SSSMB500; System Sensor� PN SM6500} is • IFP-100 Intelligent Fire Panel
available from Silent Knight. • IFP-50 Intelligent Fire Panel
�i��h�+-�-� 7550 Meridian Circle
� 1� � Maple Grove,Mn 55369-4927
��I��`�" 763-493-6455 P/N 350288 Rev C,OSl15l07
1-800328-0103 Copyright OO 2006 Siient Knight
Fax:763-493-6475
�JJ �Q('1��fWG(� www.farenhyt.com
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5 ;tl;' � * FAGP ar Previous Device
tnitiaUr�g Oevtce Cir�ttiE FI�RA Style� � �, � �� ��� �
�owee Limited 23��A hiax��12 VDC F�€ax ��� � '�,+
G�ass R W�nng °.........
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e....0 Qcvices Niay 8�Used.A�hlot�ix Fire Aiarm
� � � � tnPtiating Uevices.5uperv�sary,or Security Cfeuices
an th�Sam�Mc�cful�.
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at Term�nal�8��
Wiring IC7R-Wic�ntitrsr�tladui�s
Specifications End-of-Line Resistance:47K �2
PhysiCal Initiating Device Circuit Wiring Resistance: 1,50052 max
Height: 4.5" (11.4 cm) SLC Loop Resistance:40�2 max.
Width: 4" (10.2 cm) Environmental
Depth: 1.25" (3 cm} Operating Temperature: 32°F- 120°F (0°C-49°C)
Shipping Weight: 6.3 oz (196 g} Humidity: 10%-93% non-condensing
Electrical
Operating Voltage: 15-32 VDC Ordering Information
Current Draw(LED on): 5.0 mA max IDP-Monitor Monitoring Module
Operating Current(LED flashing}: 375 NA Accessories
Standby Current: SSSMB500" 4" Square Surface Mount Electrical Box
400 NA max @ 24 VDC (one communication every 5 sec with
4�K EOL} ` For ordering purposes,an SS has been added to the System Sensor
part numbers. Example—System Sensor PN for SS8501 is B501.
550 �A max @ 24 VDC (one communication every 5 sec with
EQL<1 K)
5.5 mA(with LED latched on)
LED Current: 5.5 mA(with LED latched on)
�����'�'' This document is not intended to be used for installation purposes.We try to keep our
��.I��,� product information up-to-date and accurate.We cannot cover all specific applications ��� �
or anticipate all requirements.All specifications are subject to change without notice.
For more information,contact Silent Knight 7550 Meridian Circle Suite 100, Maple ��,
� ���� ���� Grove, Mn 55369-4927. Phone: (800)328-0103, Fax: (763)493-6475.
�' � Made in the U.S.A.
Fa r e n h � Addressable Photoelectric Smoke Detector
y & Photoelectric Smoke with Thermal
IDP-Phota & IDP-Photo-T
The IDP-Photo is a photoelectric smoke detector and the
IDP-Photo-T is a photoelectric smoke detector with thermal. These ��: MEA
plug in smoke detectors, with integrai communication, provide ��
features that surpass conventional detectors and are for use with zzs-oz-E voi.v
Silent Knight IFP-series fire alarm control panels (FACPs).
Detector sensitivity can be programmed from the FACP software.
Sensitivity is continuously monitored and reported to the FACP.
Point ID capability allows each detector's address to be set with '�
rotary address switches, providing exact detector locations for
selective maintenance when chamber contamination reaches
unacceptable levels. �
_ �� , �
IDP-Photo and IDP-Photo-T have a unique optical sensing chamber '�''
that is engineered to sense smoke produced by a wide range of
combustion sources. in the IDP-Photo-T, dual electronic thermistors
add 135°F (57°C)thermal technology to maximize detection.
IDP-Photo(Base Not Included)
Features
• Sleek, low-profile design Compatibiiity
• Reliable analog communications for trouble-free operation The IDP-Photo and IDP-Photo-T are
compatible with the fallowing IDP-series
• Age resistant polymer housing detector bases:
• Dual electronic thermistor design on the IDP-Photo-T • IDP-6AB 6" Mounting Base
• Superior EMI resistance for reliability • SSB501 4" Mounting Base*
• Simple field cleaning for code compliance • SSB224B1 6" Isolator Base"
� Variety of mounting options to meet any application • SSB224RB 6" Relay Base*
• Qual LED indicators for 360° visibility • SSB501 BHT 6"Temporal So�nder Base"
• Detector transmits signal to indicate maintenance is required The IDP-Photo and IDP-Photo-T are
• Optional remote LED annunciator (PN SSRA400Z; System compatible with the following FACPs:
Sensor� PN RA400Z} • IFP-1000 Intelligent Fire Panel
• IFP-100 Intelfigent Fire Panel
• Plug-in mounting provides ease of installation • IFP-50 fntelligent Fire Panel
• Tamper-proof feature avaiiable on mounting bases
' For ordering purposes,an SS has been added to the
• Listed for use in duct applications System Sensor part numbers.Example—System
Sensor PN for SS6501 is 6501.
• Rotary address switches for fast installation
• UL Listed
Installation
The IDP-Photo and IDP-Phota-T plug into a campatible IDP-series
detector base.
������ 7550 Meridian Circle
Maple Grove,Mn 55369-4927
�����"�` 763-493-6455 PIN 35028Q Rev C;08/15/06
1-800-328-0103 Copyright OO 2006 Siient Knight
Fax:763-493-6475
�}�t{-(p��?yyy��( www.farenhyt.com
���.
' tJtlt` iN
Ce�mpat3bie FAEP
:;�'
�_ �� �# ; *
RActOtSZ{CJpti�n2l1}
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�� ��� � �'�
/ ` �`°,`�
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, ��� � � � � ��-, �� �
� f �� � ��
,,
: _ � '
........ _..................... ....... ... ....... ........ ....,... ......,__..,..... . ....�., � �....... ....... .......,.
C�sss�C Optional Wtrt€�c€
..........................�......._,........�.�.. .,.�.N._ .e..... .._..�... .. ......___._....,.......�.. ..
... ...._ �.......,..., � _..............................._ . ......�.. .........:
ONirir�g tDP-Series Dofecto�M�unki€sg Bas�s
Specifications* Ordering Information
PhyslCal IDP-Photo Photoelectric Smoke Detector
Height: 2.0" {5.0 cm} IDP-Photo-T Photoelectric Smoke Detector with
Diameter: 4.1" (10.4 cm) Thermal (135°F)
Shipping Weight: 5.2 oz. (147 g)
Accessoriest
EleCtl'iCal SSRA400Z Remote LED Annunciator.
Operating Voltage: 15-32 VDC
SSRMK400 Recessed Mounting Kit. Provides low
Standby Current: profile for use with SS6501.
250 NA @ 24 VDC (no communication; LED off)
SSXR2B Detector Removal Tool.A removal and
300 �aA @ 24 VDC (one communication every 5 sec with replacement tool for IDP plug-in detectors.
LED enabled) Includes the SST55-127-000.
Alarm Current: 6.5 mA @ 24 VDC max (with LED on) SSM02-04-01 Detector Test Magnet.
Environmenta) SSM02-09-00 Test Magnet with Telescoping Handle.
Operating Temperature SSXP-4 Extension Pole for SSXR2B. Extends from
IDP-Photo: 32°- 120°F (0°C-49°C) 5- 15 ft.
IDP-Photo-T: 32°- 100°F (0°C-38°C) SST55-127-000 Detector Removal Head.
Humidity: 10%-93% non-condensing SSBCK-200B Black Detector Kit. For IDP-series
Other Ratings detectors.
IDP-Photo-T Thermal: Fixed temperature setpoint 135°F (57°C)
*Unless otherwise noted, speciiications apply to IDP-Photo and
Velocity: 0-4000 fpm (0-20 m/sec} IDP-Photo-T.
IDP-Phota Insect Screen Hole Size: 0.016" (Q.41 mm} nominal t For ordering purposes,an SS has been added to the System Sensor
part numbers. Example-System Sensor PN for SSB501 is B501.
�I���"�" This document is not intended to be used for installation purposes.We try to keep our
�' �����,,�,, product information up-to-date and accurate.We cannot cover all specific applications �u
� or anticipate all requirements.All specifications are subject to change without notice. � ;
For more information,contact Silent Knight 7550 Meridian Circle Suite 100, Mapie �
� ���� ���� Grove, Mn 55369-4927. Phone:(800)328-0103,Fax: (763)493-6475.
}� � Made in the U.S.A.
Fa r e n h � Addressabfe Singfe Action and Dual
y Action Pull Stations
IDP-PuII-SA & IDP-Pul{-DA MEA
The IDP-PuII-SA is a single action pull station requiring
only one motion to activate the station. The IDP-PuII-DA is a �''��� u� s�-oz-e'Xoi.
�
dual action pull station requiring two motions to active the � For IDP-PuIi-
station. Both pull stations are designed to work with Silent For IDP-PuIi-Dk
�_��. ��
Knight IFP-series fire alarm control panels {FACPs). �J�`�
;
„ ,,
�';
Features � �`���
_��� �������
• Installer can open station without causing an alarm �� �� ,��,�i , �� � � �� `;
condition �? ` ������
�
• Dual-color LED is visible through handle of station blinks `� � �' ���
green to indicate normal operation and remains steady red ' � �����
E �����
in an alarm condition �� ` �' �
� E
� fi
, �t � �
� Key operated test and reset lock using lock plate actuator � � � �-��'
�r . . ��
• Key matches compatible FACP locks �� � � '�
�
• Meets the Americans with Disabilities Act Accessibility ����~�°°�"�"�°�°"'������
Guidelines (ADAAG) controls and operating mechanisms IDP-PuII-SA
guidelines (Section 4.1.3[13])
m ��, �,.,�������;.��
• Meets ADA requirement for 5 Ibs maximum pull force to � � r ��` � � "����
�
;: ,� ,� �
active � ��� 'S! � .,
° ����
• Shell, door, and handle molded from durable LEXAN� �� � ;'
�' `` � `
• Reliable analog communications for trouble-free operation �� � �
3 ; �
• Braille text on station handle � � � � '�
�� �
� ;
• Handle latches in down position and the word Ac#rvated �� ��; ,
_ � �;��;�°� :"
appears, clearly indicating the station has been pulied �;, r ��_�:.` €.
� g
• Rotary address switches for fast installation �` �� E �
�. �
'tl , :.�
• UL Listed, including U�38, Standard of Manualfy Actuated ������� �� � ��� '
Signaling System IDP-PuiI-DA
Installation Compatibility
The IDP-PuII-SA and IDP-PuII-DA can be surface mounted to The IDP-PuIi-SA and IDP-PuII-DA are
an compatible with the following FACPs:
SB-I!O surface back box or semi-flush mounted on a standard • IFP-1000 Intelfigent Fire Panel
single-gang with a minimum depth of 2.13"(5.40 cm) or • IFP-100 Intelligent Fire Panel
double-gang or 4" (10.61 cm} square electrical box. You can • IFP-50 Intelligent Fire Panel
7550 Meridian Circle
������ Maple Grove,Mn 55369-4927
� ��T���� 763-493-6455
1-500-328-0103
Fax:763-493-6475
www.farenhy;.com P/N 350286 Rev D.10/06
��''�����°t����� Copyright OO 2006 Silent Knight
� ������
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,,.
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, .� a,� z........ ........ ... . . ..... ..,.....,. .,_...,.,.. ,,,,..,.
'��` ,�: ^ ,_<._ _.,,....�
��
;
a . ��8��� ' `
��[vtp�47��+��ACP .� ',:... .,
c� . ` �
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�. `�R� � ��- �- � ;,��
_ =�"a" s:. . � .. �>� �
� �
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� �i�ss�`,YV�rvt�g. . __.., F�.
Cl��s�NYcrG�tg: �� r
....W,.. r`
1f�ir�eeg[GiP-Pu11-SA e�II��'�'ull-t1a4�ul1 S��iMern�
Specifications* Environmental
Physical Operating Temperature 32°— 120°F (0°C—49°C}
Height: 5.5" {14 cm) Humidity: 10°l0—93°la non-condensing
Width:4°(10.2 cm)
Depth: 5.4 oz. (3.7 cm} Ordering Information
IDP-PuII-SA Single Action Pull Station
Housing Material: LEXAN polycarbonate resin
IDP-PuII-DA Dual Action Pull Station
Bi-Colored LED:
Blinking Green: Normal Accessories
Steady Red:Alarm SSBG-TRt Trim Ring. Optional for pull stations
Switch: Single pole; single throw (SPST) norma�ly open semi-flush mounted
(N/O} switch which closes upon activation of the pull SB-I/O Surface Mount Back Box
station
`Unless otherwise noted. specificalions apply to IDP-PuII-SA and
Electrical IDP-PuII-DA.
Operating Voltage: 15-32 VDC t For ardering purposes;an SS has been added to the System
Sensor part numbers. Example—System Sensor PN for SSB501
Operating Current(LED flashing): 300 NA is B501.
Wire Gauge: Up to 12 AWG (3.1 mm2)
���,,,��'�' This document is not intended to be used for installation purposes.We try to wxi
; �������. keep our product information up-to-date and accurate.We cannot cover all `"�"�"`
'` specific applications or anticipate all requirements.All specifications are subject
to change without notice. For more information,contact Silent Knight 7550 .
�,,. ����,�,y��,���4 Meridian Circle Suite 100; Maple Grove,Mn 55369-4927. Phone:{800)328- r
- Made in the
� � �
��� �� �� :
�
�
Selectable-Out ut ���%,' �'��'
p �
Horns, Strobes, and
Horn Strobes
��
,�
� �
SpectrAlert�Advance selectable-output horns,strobes, �'
and horn strobes are rich with features guaranteed ro
cur installation times and maximize profits. SPECT���I�e�
Features The SpectrAlert Advance series offers the most versatile and
•Plug-in design with minimal intrusion into the back box easy-to-use line of horns,strobes,and horn strobes in the industry.
With white and red plastic housings,wall and ceiling mounting
•Tamper-resistant construction
options,and plain and FIRE-printed devices,SpectrAlert Advance can
•Automatic selection of 12-or 24-volt operation at 15 and 15/75 meet virtually any application requirement.
candela
•Field-selectable candela settings on wall and ceiling units:15,15/75, Like the entire SpectrAlert Advance product line,horns,strobes,
30,75,95,110,115,135,150,177,and 185 and horn strobes include a variety of features that increase their
•Hom rated at 88+dBA at 16 volts application versatility while simplifying installation.All devices
feature plug-in designs with minimal intrusion into the back
•Rotary switch for hom tone and three volume selections
box,which make installations fast and foolproof while virtually
•Universal mounting plate for wall and ceiling uniTS eliminating costly and time-consuming ground faults.Furthermore,
•Mounting plate shorting spring checks wiring continuity before a universal mounting plate with an onboard shorting spring tests
device installation wiring continuity before the device is installed,protecting devices
•Electrically compatible with existing SpectrAlert products from damage.
•Compatible with MDL sync module In addition,field-selectable candela settings,automatic selection
of 12-or 24-volt operation,and a rotary switch for horn tcnes with
three volume selections enables installers to easily adapt devices to
suit a wide range of application requirements.
Agency Listings
S16NALING =�E
O�� F M MEA ��
a roved �,zs-iessiae��odoo�srones)
LISTED nv� Pp �izs-�ess:�eaino���c�ons,
SaJ11 ichimes,hom5vobe>,hom_� 3023J72 MEA452-0�-E chi�^es!rohzs)
>5=121s�lobes) 7135-I653�.1 Bi(homs,chimes)
SpectrAlert Advance Specifications
General
SpectrAlert Advance homs,strobes,and hom strobes shall mount to a standard 4 x 4 x l Yz-inch back box,4-inch octagon back box,or double-gang back
box.Two-wire products shall also mount to a single-gang 2 x 4 x P/s-inch back box.A universal mounting plate shall be used for mounting ceiling and
wall products.The notification appliance circuit wiring shall terminate at the universal mounting plate.Also,SpectrAlert Advance products,when used with
the SynoCircuit""Module accessory,shall be powered from a non-coded notification appliance circuit output and shall operate on a nominal 12 or Z4 volts.
When used with the SynaCircuit Module,1 Z-volt-rated notification appliance circuit outputs shall operate between 9 and 17.5 volts;24-volt-rated notification
appliance circuit outputs shall operate between 17 and 33 volts.Indoor SpectrAlert Advance products shall operate between 32 and 120 degrees Fahrenheit
from a regulated DC or full-wave rectified unfiltered power supply.Strobes and horn strobes shall have field-selectable candela settings including 15,15/75,30,
75,95,1 10,1 15,135,150,177,and 185.
5trs�b=
The strobe shall be a 5ystem Sensor SpectrAlert Advance Model listed to UL 1971 and shall be approved for fire protective service.The strobe shall be
wired as a primary-signaling notification appliance and comply with the Americans with Disabilities Act requirements for visible signaling appliances,flashinq at
1 Hz over the strobe's entire operating voltage range.The strobe light shall consist of a xenon flash tube and associated lens/reflector system.
Nnrn Strobe�ombination
The horn strobe shall be a System Sensor SpectrAlert Advance Model listed to UL 1971 and UL 464 and shall be approved for fire protective service.The
horn strobe shall be wired as a primary-signaling notification appliance and comply with the Americans with Disabilities Act requirements for visible signaling
appliances,flashing at 1 Hz over the strobe's entire operating voltage range.The strobe light shall consist of a xenon flash tube and associated lens/reflector
rystem.7he hom shall have three audibility oprions and an option to swftch between a temporal three-pattem and a non-temporal(continuous)pattern.These
options are set by a multiple position switch.On four-wire producu,the strobe shall be powered independently of the sounder.The hom on horn strobe models
shall operate on a coded or non-coded power supply.
Synehronizatdor�It�adule
The module shall be a System Sensor�yno-Circuit model MDL listed to UL 464 and shall be approved for fire protective service.The module shall synchronize
SpectrAlert strobes at 1 Hz and homs at temporal three.Also,while operating the strobes,the module shall silence the homs on horn strobe models over a
single pair of wires.The module shall mount to a 4"/,e x 4��/�6 x 2�/e-inch back boxThe module shall also control two Style Y(dass B)circuits or one Style Z
(class A)circuitThe module shall synchronize multiple zones.Daisy chaining two or more synchronization modules together will synchronize all the zones they
controLThe module shall not operate on a coded power supply.
'y
Standard Operating Temoerature 32°F to 120'F(0°C to 49°Q
HumicSity Ranqe 10 to 93%non-condensing
Strabe Ffash Rate 1 Flash per second
Nominal Valiage Regulated 12 DGFWR or regulated 24 DC/FWR'
Operating i�oftae�e�ange` 8 to 17.5 V(12V nominal)or 16 to 33 V(24V nominal)
inpcstTermina(Wire Gauge 12 to 18 AWG
CeElinea-Niount Dimensions(inclutiing iens) 6.8"'diamcter x�.5°high(173 mm diameter x 64 mm hiqh)
Wail-Nkoc�nt Dimensions(inciuding Iens) 5.6"L x 4J"W x 2.5°D(142 mm L x 119 mm W x 64 mm D)
Hore�Dimensions 5.6"L x 4J"W x 13"D(742 mm L x 1 19 mm W x 33 mm D)
tiVal(-ll�aunt Back Bok Skirt Dimensions{SBS-e,BSSYd-2; 5.9"L x 5.0"W x 22'"D(151 mm L x 128 mm W x 56 mm D)
Ce€ling-N�aunt C§ac�;Box Skirt Dimensions{BBS�-2,BBSCVu`-2j 7.1"diameter x z2"hiqh(180 mm diameter x 57 mm hiqh)
`u�al(-(Yiounz Trim Ring D€rnens€ons(sold as a 5 pack7?7R-H5,TRV�'-HS) 5J°L x 4.8"W x 035""D(145 mm L x 122 mm W x 9 mm D)
Ceiiincr-Moun�frim Ring Dimensior2s(sald as a 5 pacic}(TR�-HS,TRCV�-HS' 6.9""diameter x 035"high(175 mm diameter x 9 mm high)
Nazes:
1.Full Wave Rectified(FWR)voltage is a non-regulated,time-varying power source that is used on some power supply and panel outputs.
2.P,5,PC,and SC products will operate at 12 V nominal only for 15 and 15/75 cd.
A05-0395-007
UL Current Draw Data
► �
$-i 7.5 Votts 16-33 Volts F-'i'.5 Volts 16-33 VaItR
Candeia D� FWR DU i-WR Sound Patterr dE D> FWR DC FWR
Standard 15 123 128 66 71 Temporal Hiqh 57 55 69 75
Candela Range 15/75 142 148 77 81 Temporal Medium 44 49 58 69
30 NA NA 94 96 Temporal Low 38 44 44 48
75 NA NA 158 153 Non-temporal High 57 56 69 75
95 NA NA 181 176 Non-temporal Medium 42 50 60 69
110 NA NA 202 195 Non-temporal Low 41 44 50 50
115 NA NA 210 205 Coded High 57 55 69 75
Higt� 135 NA NA 228 207 Coded Medium 44 51 56 69
Candeia Range 150 NA NA 246 220 Coded Low 40 46 52 50
177 NA NA 281 251
185 NA NA 286 258
i
H-17.5 Volts 16-33 Vofts
DClnpu[ 1S 75;75 7� 75175 3C; ?5 95 �1CY 1?s"
Temporal High 137 147 79 90 107 176 194 212 218
Temporal Medium 132 144 69 80 97 157 182 201 21G
Temporal Low 132 143 66 77 93 154 179 198 207
Non Temporal High 141 152 91 100 116 176 201 221 229
Non Temporal Medium 133 145 75 85 102 163 187 207 216
Non-Temporal Low 131 144 68 79 96 156 182 201 Z10
FWFi io�aut
Temporal High 136 155 88 97 112 168 190 �10 218
Temporal Medium 129 152 78 88 103 160 184 202 206
Temporal Low 129 151 76 86 101 160 184 194 201
Non-Temporal High 142 161 103 112 126 181 203 221 229
Non-Temporal Medium 134 155 85 95 110 166 189 208 216
Non Temporal Low 132 154 80 90 105 161 184 202 211
e
16-33 Volt� 1&-33 Volts
DClnput ?3� 'Sf7 '€7? 78� FWRin�sut �3� 15� ;77 185
Temporal High 245 Z59 290 297 Temporal High 11 S Z31 258 26S
Temporal Medium 235 253 288 Z9I Temporal Medium 209 224 250 258
Temporal Low 232 251 282 292 Temporal Low 207 221 248 Z56
Non Temporal Hiqh ZSS 270 303 309 Non Temporal Hiqh 233 248 275 281
Non-Temporal Medium 242 259 293 299 Non-Temporal Medium 219 232 262 267
Non-Temporal Low 238 254 291 295 Non Temporal Low 214 229 256 262
Horn Tones and Sound Output Data
, .
8�-17.� 16-3� 24-Vo!t Piominai
�,�,�tE� Uolts Volts kevert�eran. tanecnr�i�
Position Sound F'attern db D�� FV?I� DC =N1� I�:: FWR DC FI�JF�
1 Temporal High 78 78 84 84 88 88 99 98
2 Temporal Medium 74 74 80 80 86 86 96 96
3 Temporal Low 71 73 76 76 83 80 94 89
4 Non Temporal High 82 82 88 88 93 92 100 100
5 Non-Temporal Medium 78 78 85 85 90 90 98 98
6 Non Temporal Low IS 75 81 81 88 84 96 92
7' Coded Hfgh 81 82 88 88 93 91 101 101
8' Coded Medium 78 78 85 85 90 90 97 98
9i Coded Low 75 75 81 81 88 85 96 9�
'Settings 7,8,and 9 are not availablc on 2-wire horn strobe.
no�-oa9s-no�
SpectrAlert Advance Dimensions
�4.,- 2.5- 6.8-
Dia.
�
2.5"
5.6"
iNali-mount i�arn s#ro'bes Ceiiing-maunt horn strabes
7.1" �2.25+�
5.05� �«2.23�I Dia. �
I �
ODo� 4
Op q0
5.98"
O
O O O O
� 0 � �
Wa11 back box skirt Ceilinq bact�bax skire
SpectrAlert Advance Ordering Information
�- i.
Wall Horn Strobes i.eiEinq Strobes
P2R*; 2-Wire Hom Strobe,Standard cd#,Red SCR Strobe,Standard cd,Red
P2RH* 2-Wire Horn Strobe,High cd,Red SCRH Strobe,High cd,Red
P2W* 2-Wire Hom Strobe,Standard cd,White SCW* Strobe,Standard cd,White
P2WH* 2-Wire Hom Strobe,High cd,White SCWH Strobe,High cd,White
P4R* 4-Wire Hom Strobe,Standard cd,Red Horns
P4RH 4-Wire Hom Strobe,High cd,Red HR Hom,Red
P4W 4-Wire Hom Strobe,Standard cd,White HW Hom,White
Wa115Yrobes Accessories
SR*t Strobe,Standard cd,Red BBS-2 Back Box Skirt,Wall,Red
SRH*' Strobe,High cd,Red BBSW-2 Back Box Skirt,WaII,White
SW* Strobe,Standard cd,White BBSG2 Back Box 5kfrt,Ceiling,Red
SWH* Strobe,High cd,White BBSCW-Z Back Box Skirt,Ceiliny,White
Ceifinc�tiarr Strabes TR-HS Trim Ring,Wall,Red
PQR* Z-Wire Hom Strobe,Standard cd,Red TRW-HS Trim Ring,Wall White
PQRH 2-Wire Hom Strobe,High cd,Red TRC-HS Trim Ring,Ceiling,Red
PC2W*' 2-Wire Hom Strobe,Standard cd,White TRCW-HS Trim Ring,Ceiling,White
PCZWH* J-Wire Horn Strobe,High cd White
PC4R 4-Wire Horn Strobe,Standard cd,Red
PC4RH 4-Wire Hom Strobe,High cd,Red
PC4W 4-Wire Hom Strobe,Standard cd,White
f�ates:
*Add"-P"to model number for plain housing�no"FIRE°marking on cover),e.g.,P2R-P.
t Add"-SP"to model number for"FUEGO"marking on cover,e.g.,P2R-SP
#"Standard cd"refers to strobes that indude 15,15/75,30,75,95,110,and 115 candela settings."High cd"reters to strobes that indude 135,150,177,and 185 candela settings.
���` ��� �zoo�sv c s
, 3825 Ohio Avenue•St.Charles,IL 60174 P,��RSne�fi�.o . e,n��,T _ no���ov� us��s�s�emse�so�romro,
�
�'� ���� Phone:800-SENSOR2•Fax:630-377-6495 ��"P"���°d�a r �,���i��a�9.n i n� o�m�sa�Umeer
A05 0395 O,.i 4/.,y k213e
� � �
� � �
Outdoor Selectable-
Output Horns, Strobes,
and Horn Strobes for
Wall Applications
SpectrAlert�Advance outdoor audible visible products SPECT��i�le�
� � _�
are rich with features that cut installation times and - -
maximize profits.
Features SpectrAlert Advance offers the broadest line of outdoor homs,
•Weatherproof per NEMA 4X,IP56 strobes,and horn strobes in the industry.Witn white or red plastic
•Listed to UL 1638(strobe)and UL 464(horn) housings,wall or ceiling mounting options,and plain or FIRE-printed
devices,SpectrAlert Advance can meet virtually any application
•Compatible with System Sensor synchronization protocol and rea,uirement,induding indoor,outdoor,wet,and dry applications in
legacy SpectrAlert products temperatures from—40°F to 151°F.
•Field-selectable candela settings:15,15/75,30,75,95,1 10,1 15,135,
150,177,and 185 Like the entire SpectrAlert Advance line,outdoor horns,strobes,and
•Automatic selection of 12-or 24-volt operation at 15 and 15/75 horn sirobes for wall applications indude a variety of features that
candela increase application flexibility and simplify installation.First,field-
•Rotary switch for horn tone and three volume selections selectable settings,including candela,automatic selection of 12-or
24-volt operation,horn tones,and three volume options enable
•Horn rated at 88+dBA at 16 volu installers to easily adapt devices to meet requirements.
•Rated from—40°F to 151°F
•Universal mounting plate with an onboard shorting spring that Next,SpectrAlert Advance devices use a universal mounting plate
tests wiring continuity before devices are installed for both wall and ceiling applications.This mounting plate includes
an onboard shorting spring that ensures wiring continuity before
•Plug-in design with minimal intrusion into the back box devices are installed,so installers can verify proper wiring without
•Tamper-resistant construction mounting the devices and exposing them to potential construction
damage.Once the plates are mounted,all SpectrAlert Advance
devices utilize a plug-in design with a single captured screw tc
speed installation and virtually eliminate costly ground faults.
Outdoor devices ship with weatherproof plastic back boxes(metal
back boxes are available separately)that accommodate in-and-
Ageney Listings out wiring for daisy chaining devic°s.Plastic back boxes feature
removable siae flanges and improved resistance to saltwater
SI6NALING � corrosion.Knock-outs located cn the back eliminate the need to drill
�'U� holes for screw-in mounting.Plastic and metal weatherproof back
U� �AC A � boxes come with 3/4-inch top and bottom conduit entries and 3/a-inch
F M IrIG�1 �soo-iass i e�io�m�o�snobes;
LISTEU �,�5-�553�es�ho��:.��b=, knock-ouU at the back.A screw-in NPT plug with an 0-ring gasket
iaal�¢himas,roms±robes,hom;` aPPpoven approved �i•�<s!robes)
s3;93,o���oo,,�da,e,�s�,oee�,� 3oz35;� MEA,s�-�;-e „35-�65=��8,mo,�s,�n�mes, for a watertight seal is induded with each back box.
SpectrAlert Advance Outdoor Horn,Strobe,and Horn Strobe Specifications
General
SpectrAlert Advance outdoor horns,strobes,and hom strobes shall mount to a weatherproof back box.A universal mounting plate shall be used for mounting
ceiling and wall products.The notification appliance circuit wiring shall terminate at the universal mounting plate.Also,SpectrAlert Advance products,when
used with the Sync•Circuit"'Module accessory,shall be powered from a non-coded notification appliance circuit output and shall operate on a nominal 12
or 24 volts.When used with the SynaCircuit Module,12-volt-rated notification appliance circuit outputs shall operate between 9 and 17.5 volts,24-volt-rated
notification appliance circuit outputs shall operate between 17 and 33 volts.Outdoor SpearAlert Advance products shall operate between—40 and 151 degrees
Fahrenheit from a regulated DC orfull-wave rectified unfiltered power supply.Strobes and hom strobes shall have field-selectable candela settings induding 15,
15/75,30,75,95,110,i 15,135,1 S0,177,and 185.
Strobe
The strobe shall be a 5ystem Sensor SpectrAlert Advance Model listed to UL 1971 and shall be approved for fire protective service.The strobe shall be
wired as a primary-signaling notification appliance and comply with the Americans with Disabilities Act requirements for visible signaling appliances,flashing at
1 Hz over the strobe's entire operating voltage rangeThe strobe light shall consist of a xenon flash tube and associated lens/reflector system.The strobe must be
installed with its weatherproof back box in order to remain outdoor approved per ULThe strobe shall be suitable for use in wet environments.
Horn Strobe Loanbination
The hom strobe shall be a System Sensor SpectrAlert Advance Model listed to UL 1971 and UL 464 and shall be approved for fire protective serviceThe
hom strobe shall be wired as a primary-signaling notiflcation appliance and comply with the Americans with Disabilities Ac[requiremenu for visible signaling
appliances,flashing at 1 Hz over the strobe's entire operating voltage range.The strobe light shall consist of a xenon flash tube and associated lens/reflector
system.The hom shall have three audibility options and an option to switch between a temporal three pattern and a non temporal(continuous)pattem.These
options shall be set by a multiple position switch.On four-wire products,the strobe shall be powered independently of the sounder.The horn or hom strobe
models shall operate on a coded or non-coded power supply.The horn strobe must be installed with its weatherproof back box in order to remain outdoor
approved per UL The horn strobe shall be suitable for use in wet environments.
n
Oneratina Temperature —40°F to 151°F(-40°C to 66°C)
Strooe Fiash Ra*� 1 flash per second
Nominal Voltage Regulated 12 DUFWR or regulated 24 DC/�WR'
Operatinc�Voltage FCange' 8 to 17.5 V(12 V nominap or 16 to 33 V(24 V nominal)
irtputTerminal Wire Gauge 12 to 18 AWG
�hlail-IVlount Dimensions f�nciuciinq lens} 5.6°L x 4.7""W x ZS""D(142 mm l x 119 mm W x 64 mm D)
Norn Dimension� 5.6"L x 4J""W x 13""D(142 mm L x 119 mm W x 33 mm D)
Wai�-hfio�nt Weaeherpraof�ack 6ox Birrrensions{S�i-WBS= SJ°L x 5.1"W x 20""D(145 mm L x 130 mm W x S i mm D)
Ncates:
1.Full Wave Rectified(FWR)voltage is a non-regulated,time-varying power source that is used on some power supply and panel outputs.
2.P,S,PC,and SC products will operate at 12 V nominal onlyfor 15 and 15/75 cd.
nws�uoo
UL Current Draw Data
► ►
�-17.5 Volis 16-33�iolen� £-17.5 Vo(ts 16-33 Valts
Candela D� FV�I�C L3C �tNR 5aund Paitern dB DC FWk DC FtMR
Standarc� 15 123 128 66 71 lemporal High 57 SS 69 75
Landela Range 15/75 142 148 77 81 Temporal Medium 44 49 58 69
30 NA NA 94 96 Temporal Low 38 44 44 48
75 NA NA 158 153 Non Temporal Hiqh 57 56 69 75
95 NA NA 181 176 Non-Temporal Medium 42 50 60 69
110 NA NA 202 195 Non Temporal Low 41 44 50 50
115 NA NA 210 205 Coded High 57 55 69 75
High 135 NA NA 278 207 Coded Medium 44 51 56 69
Candeia Range 150 NA NA 246 220 Coded Low 40 46 52 50
177 NA NA 281 251
185 NA NA 286 258
a
6-i?.SVpI#s 1f-33VoIts
DC ic�put 1� 1:�I.T� 7�� 151?� 3C= 75 9� 11 Ca 11�
Temporal High 137 147 79 90 107 176 194 212 218
Temporal Medium 132 144 69 80 97 157 187 201 210
Temporal Low 132 143 66 77 93 154 179 198 207
Non Temporal High 141 152 91 100 116 176 201 221 229
Non Temporal Medium 133 145 75 85 102 163 187 207 216
Non Temporal Low 131 144 68 79 96 156 182 201 210
F1h�R inout
Temporal High 136 155 88 97 112 168 190 210 218
lemporalMedium 1L9 152 /8 88 103 160 184 202 206
Temporal Low 129 151 76 86 101 160 184 194 ZOl
Non-Temporal High 142 161 103 112 126 181 203 221 229
Non Temporal Medium 134 155 85 95 110 166 189 208 216
Non Temporal Low 132 154 80 90 105 161 184 202 211
a
1 E-13 Volts 1 c':-33 Voits
DCtnp�t 135 75{� 177 785 *SNftin€�u4 S3� ESG i�� iS5
Temporal High 245 259 290 297 Temporal Hiqh 215 231 258 265
Temporal Medium 235 253 288 297 Temporal Medium 209 �24 250 258
Temporal Low 232 251 282 292 Temporal Low 207 221 248 256
Non-Temporal High 255 270 303 309 Non Temporal High Z33 248 275 281
Non Temporal Medium 242 Z59 293 299 Non lemporal Medium Z19 232 262 267
Non Temporal Low 238 254 291 295 Non Temporal Low 214 229 256 262
Candela Derating Horn Tones and Sound Output Data
For K series products used at low temperawres,listed candela ,. � ,
ratings must be reduced in accordance with this table. 2�-Volt�vomma�
8-1:�.5 tE-33
m- e 6.
Sluitct� Volkr; Volts keverberar�> Anecha"s��
Lisesd�andeia Candela rating aC-4Q°F �o>s[ion Sound Patterrr d6 DC �N1�C D� FWk L'� FVJR El� F�1�;
1 S 1 Temporal High 78 78 84 84 88 88 99 98
15/75 Do not use below 32°F z Temporal Medium 74 74 80 80 86 86 96 96
30 3 Temporal Low 71 73 76 76 83 80 94 89
75 44 4 Non Temporal High 82 87 R8 88 93 92 100 100
9' �� 5 Non-Temporal Medium 78 78 85 85 90 90 93 98
1 10 110 g Non Temporal Low 75 75 81 81 88 84 96 92
115 115 7� Coded Nigh 82 82 88 88 93 92 101 101
135 135 g� Coded Medium 78 78 85 85 90 90 97 98
150 150 9- Coded Low 75 75 81 81 88 85 96 92
��� ��� '�e[tings 7,8,and 9 are not available on 2-wlre hom strobe,
185 185
AV✓5012'Jo
SpectrAlert Advance Diagrams
�4.7" 2.5„
�w�
�
ms"S
�
�
5.6" ° �
0
�� �
WaI�-Moung Horr.Strobes Wall Pdastic Weather�raaf�ack 8ox
1�
� O �� � � .��
O
�
N}ali-Ntoun*Hcsrr�Strobe with Piastic Weatfierpraof Bac#c�o�:
SpectrAlert Advance Ordering Information .
r-
WaI!Horr Strobes
P2RK*1 2-Wre Horn Strobe,Standard cd,Red,Outdoor(includes plastic outdoor back box)
P2RHK*1 2-Wire Hom Strobe,High cd,Red,Outdoor(indudes plastic outdoor back box)
P2WK*t 2-Wire Hom Strobe,Standard cd,White,Outdoor(indudes plastic outdoor back box)
P2WHK*� 2 Wire Hom Strobe,High cd,White,Outdoor(indudes plastic outdoor back box)
P4RK� 4-Wire Hom Strobe,Standard cd,Red,Outdoor(indudes plastic outdoor back box)
P4WK 4-Wire Hom Strobe,Standard cd,White,Outdoor(indudes plas[ic outdoor back box)
P2RHK-120 2-WIre Horn Strobe,High cd,Red,Outdoor;1 LOV(fndudes plastic outdoor back box)
VVaI!SYroe�es
SRK*t Strobe,Standard cd,Red,Outdoor(indudes plastic outdoor back box)
SRHK*t Strobe,High cd,Red,Outdoor(includes plastic outdoor back box)
SWK*t Strobe,Standard cd,White,Outdoor(includes plastic outdoor back box)
SWHK*' Strobe,High cd,White,Outdoor(indudes plastic outdoor back box)
i�orns
HRK' Hom,Red,Outdoor(indudes plastic outdoor back box)
Accessoeies
SA WBB Red Separate Ship,Wall-Mount,Outdoor Back Box,Metal
SA-WBBW White Separate Ship,Wall-Mount,Outdoor Back Box,Metal
iVaCes:
*Add"-P"to model number for plain housing�no"RRP'marking on cover),e g.,P2RK-P
t Add"-R"?o model number for weatherproot replacement device ino back box indud?d),only for use with weatherproof outdoor flush mounting plate,WTP and WTPW.
"Standard cd"refers to strobes that indude 1 S,15/75,30,75,95,110,and 11 S candela settings."High cd"refers to strobes that indude 135,150,177,and 135 candela settings.
When replacing standard outdoor units both the device and back box must be replaced.
�� . : � �� m2o71 system Sensor.
k �,'�.' 3825�h10 AV211LIe•St.�hdf�e5,�L 60174 Produospecfica�e�ssubpttrochamewtnoutna�e.vstrysrem.znsormmfor
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AVD501200•6/1-�k2873
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User-Specified Input
Report Titie U5323 YELM, WA ZIP 98597
=,; ao�n z�, zo�; ?s:���:;� ,iTc
Building Code Reference Document ASCE 7-10 Standard
!vrF�i�h r�al�zs '��e of�,.GB U5�5 'r�_ard d-c� ,
Site Coordinates 46.95021°N, 122.58922°W
Site Soil Classification Site Class D - "Stiff Soil"
Risk Category I/II/III
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USGS-Provided Output
SS = 1.249 g SMS = 1.249 g Sos = 0.833 g
Sl = 0.496 g SM, = 0.746 g So, = 0.498 g
For information on how the SS and S1 values above have been calculated from probabilistic (risk-targeted) and
deterministic ground motions in the direction of maximum horizontal response, please return to the application and
select the"2009 NEHRP" building code reference document.
MCER Response Spectrum Design Response Spectrum
1.L3 0.99
1.3G 090
1.1? 0.81
1.�}y V. 2
i i.91 0.63
Q� p,-g C� 0.51
y r1,5s y 0.45
P.52 ��.36
i i.34 Q.2-
��.25 0.18
0.13 0.05
�i.UQ 0.np
[�.Ui� C�.2U 0.1Q �).6t� 0.8U I.N] 1.30 1.1'u 1.6G 1.80 2.�)V O.nO 0.2p n.t4 0.60 l7.SQ 1.{�0 1.�0 1.30 WA3
Period, T{sec) Period,T(sec) ,Q���� �'C��
t' o�
For PGA„, T_, Cks, and Ca, values, please view the detailed reoort. .q '!� l �
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EXPI� 2°1�
Notes & Definitions
NOTES AND DEFINITIONS
Saddle Calculations
1. Designs are based upon International Building Code IBC-2009, ASCE Standard ASCE7-10,
Pressure Vessel Handbook(Twelfth Edition) by Eugene F. Megyesy, andPressure Vessel Design
Manual by Dennis R. Moss (second edition).
2. Tank design must be completed prior to designing saddles. Minimum thicknesses and other
requirements shall be per the applicable code.
3. The saddle design is valid for atmoshperic tanks without corrosion allowance only.
4. Saddle inputs must be completed and checked for validity before Foundation inputs can be
completed and checked for validity. The Saddles can be designed without designing Foundations.
5. Tank head depth is assumed to be 0.625"for flat flanged heads. This is the distance from the
outside of the head to the end of the radius portion of the head created by flanging the head. It can
be set to zero as a minimum if desired.
6. The saddle location, "A", is the distance from the end of the Outer tank to the center of the saddle.
It cannot exceed the diameter of the tank divided by 4. Nor can it be less than the width of the
saddle wear plate divided by 2.
7. The saddle contact angle is the total angle of the saddle inself. This cannot be less than 120 nor
more than 168.
8. The saddle width is the total width of the saddle above the base plate.
9. The saddle height is the distance from the center of the tank to the bottom of the base plate of the
saddle.
10. The base plate thickness is the thickness of the bottom base plate.
11. The wear plate thickness is the thickness of the wear plate attached to the tank between the
saddle and the tank.
12. The web plate thickness is the thickness of the back, vertical, curve cut plate that extends
between the base plate and the wear plate.
13. The rib plate thickness is the thickness of the vertical ribs that are attached to the web plate and
extend between the base plate and the wear plate. It is the same thickness as the web plate.
14. There is a rib plate at each of the outer edges of the web plate. In addition, Saddle Variables E1
and RS designate how many internal ribs must be added and thei�spacing respectively.
15. Saddle variable L specifies the minimum length the saddle wear plate must be for this design.
16. The "Additional Loads"are loads other than the weight of the tank steel and content � S�
include loads imposed by platforms and equipment. If the loads are not centered on t " '�c•��
multiply the load by 2 for maximum load per saddle. `' �i
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Page 1 �'SS�oN�L F��~�
ExP�af_s 2 ?�1�
. ,
• Notes & De�nitions
17. The Yield Strength of the shell and saddle material is dependent upon the grade of material being
used. For A36 material this would be 36000. The shell and saddie may be of different material.
18. The Modulus of Elasticity of the shell and saddle material is dependent upon whether it is carbon
steel or stainless steel. For carbon steel it is usually set at 29000000.
19. The Wind Speed is obtained either from the customer or taken from ASCE7-10 Code or from
local codes. This value ranges from 105 to 200 and is dependent upon the Risk Category.
20. The Exposure is determined by the area surrounding the tank. Exposure D is the worst case
Exposure B has terrain with buiildings, forest or surface irregularities, covering at least 20%
. of the the ground level area extending 1 mile or more from the site
Exposure C has terrain which is flat and generally open, extending one-half mile or more from .
the site in any futl quadrant.
Exposure D respresents the most severe exposure in areas with basic wind speeds of 80 .
miles per hour or greater and has terrain which is flat and unobstructed facing large bodies
of water over one mile or more in width relative to any quadrant of the building site. .
Exposure D extends inland from the shoreline 1/4 mile.
21. The Seismic values are obtanined from the customer, taken from ASCE7-10, determined by
some other method or from local codes. The Mapped Spectral Acceleration values are to be given by
the customer or determined from ASCE7-10 based upon the installation location of the tank.
22. The wind calculation variables Ce,Cq, qs, and Pw are based upon ASCE7-10.The remainder of
the values are from the Pressure Vessel Design Manual.
23. The seismic calculation variables are based upon ASCE7-10 or the Pressure Vessel Design
Manual.
24. Check the"Validation Statements"for any conditions that exceed the limits. Review the notes
attached to the particular statement for suggestions on correcting the condition.
25. All welds shall be continuous with 3/16" minimum leg size.
ti1D SAL
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Page 2 EXPtRES 2 � 2v 1�
� Notes& Definitions
26. The "Run Calculations" button must be clicked to perform calculations after changes have been
made to the design criteria.
Foundations
1. Designs are based upon 2009 International Building Code, ASCE7-10, Pressure Vessel Handbook
(Twelfth Edition) by Eugene F. Megyesy, Pressure Vessel Design Manual by Dennis R. Moss, and
Standard Handbook for Civil Engineers (3rd Edition) by Frederick S. Merritt.
2. Saddle inputs must be completed and checked for validity before Foundation inputs can be
completed and checked for validity. The Saddles can be designed without designing Foundations.
3. The structure classification is set to III or IV per ASCE7-10.
4. Concrete compressive strength (fc) shall be specified by the customer. Cannot exceed 4000 psi.
5. The allowable soil bearing shall be specified by the customer.
6. The rebar yield strength is set at 40000 psi minimum and cannot exceed 80000 psi.
7. Footing width and length must exceed the saddle base p�ate width and length.
8. Footing depth is to be determined by calculation and/or as specified by the customer or local
codes. Frost depth must be taken into consideration.
9. Rebar spacing should be kept to 18" maximum for the footing. There must be a miniumum of 2
bars running in each direction.
10. Footing width and length must distribute the total load sufficiently to not exceed the soil bearing
pressure.
11. Anchor bolt quantity is per saddle and must be an even number to distribute evenly either side of
center line of the saddle. Anchor bolts are considered to be all in a row.
12. Anchor bolt length is the length embedded in the concrete. Additional length must be allowed for
extending through the saddle base plate and allowing for nuts.
13. Any required corrosion allowance must be added to anchor bolt diameters.
14. Check the "Validation Statements"for any conditions that exceed the limits. Review the notes
attached to the particular statement for suggestions on correcting the condition.
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Page 3 EXPiRES 4��4
- STRESSES IN FIREGUARD ON TWO SADDLES
User instructions found here http://tinvurl.com/cx64rsw
ASCE 7-10 DATE: 26/04/2013 11:49
INPUT VARIAB�ES
Outer Tank Outside Diameter feet TD 10.417 �,- - ---1
Outer Tank Len th (feet)(TL 36.583 -�-�r-- — -- -- - � --
Inner Tank Diameter(feet) 9.875 � � �
Inner Tank Len th feet 35.833 ��� � � ! i � �'�
De th of Head inches HD 0.625 ,��� _ � � ����. ` __ `����
Saddle Location inches A 31.000 ' � � ��
Saddle Contact An le de rees o 140 � ^ �
Shell Thickness inches) Outer Tank (ts 0.250
Head Thickness inches Outer Tank th 0.313
Shell Thickness inches Inner Tank tss 0.250 ;�,�ir ,�_
Head Thickness inches Inner Tank ths 0.250 � yl� ~
u�r�_�� i I
Saddle Width inches b) 13.000 �
Additional Loads Ibs � -� �� -� �
Total Load er Saddle Ibs 106500 _�I ��� ,�
Yield Stren th of Shell Material psi 36000 G,�.I ' i
Modulus of Elasticit of Shell Material si 29000000
Yield Stren th of Saddle Material si 36000
Modulus of Elasticit of Saddle Material si 29000000
SADDLE INPUT VARIABLES
Saddle Hei ht inches) SH) 66.000
Base Plate Thickness inches BPL 1.000
Wear Plate Thickness inches WPL 0.375
Web Plate and Rib Thickness inches RPL 0.500
WIND AND SEISMIC REQUIREMENTS NOTE:You must select
Wind S eed m h 120 Wind Speed per ASCE7-10 Fig.26.5-1 B
Ex osure B,C,D C
Mapped Spectral Acceleration (S 5%) 124.9
Site Class �
Risk Cate o I,II III or I �I
WIND CALCULATIONS
Risk Cate o : �I
Velocity Pressure Exposure Coefficient(K Z)= 0.90
Directionality Factor(Kd)= 0.95
Topographic Factor(KZ,)= 1.00
qZ(psf)=0.00256'KZ`KZi*Kd'VZ= 31.52
Gust Factor G : 0.85
Net Force Coefficient(flat)(C,)= 1.40
Net Force Coe�cient(round)(C f,)= 0.60
Af�ftz�= 99.91
Af� (ftz�= 381.09
F�(Ibs)=qZ"`G'Cr'Af= 3747
F,(Ibs)=qZ`G#Cf, '`Af,/2= 3063
QW�(Ibs)(ASCE7-10, Para. 2.4.1(5))= 106903 SA
Q,�(Ibs){ASCE7-10,Para. 2.4.1(5))= 109598 Q,ti1�,�,,s�'t19
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Page 1 of 3 EXPtRES � 2° 4'""
� STRESSES IN FIREGUARD ON TWO SADDLES
User instructions found here http://tinvurl.com/cx64rsw
ASCE 7-10 DATE: 26l04/2013 11:49
SEISMIC CALCULATION
Mapped Spectral Acceleration (S S%) 124.9
Seismic Im ortance Factor I 125
Site Ciass D
Occu anc Cate o II
Site Coefficient(F a) 1.1
Maximum Spectral Response Acceleration(S MS) 1.374
Design Spectal Response Acceleration (S os) 0.916
Reliabilit factor 1.0
Desi n Base Shear
V= er ASCE7-10 E . 15.4-5 73160
E lon itudinal = 32631
E transverse = 81169
QS�(Ibs)= 129341
Qst(Ibs)= 163318
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Page 2 of 3
EXPIRES 4 ZA `f'
- STRESSES IN FIREGUARD ON TWO SADDLES
User instructions found here http:l/tinvurl.com/cx64rsw
ASCE 7-10 DATE: 26/04/2013 11:49
INVALIDATION STATEMENTS
SADDLE VARIABLES
�I � A2 118.4653
A 1 117.4653
- �- B 66.0000
' ��'` �-' C 0.3750
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'- � �_ � � �� D 1.0000
�� ' E1 4.0000
� ��l� F � F 14.0000
'"- ` .__ _- . � .' � I
� G 12.5000
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�I - --_�--� 'I F� I� H 19.1665
-� �� �� J 0.5000
�i --'��--- . RS 23.3931
��---a�=— - —i V 43.4948
V 1 12.6577
L 166.3090
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Page 3 of 3 EXPtRES �_��f'
' TANK FOUNDATION (LONGITUDINAL FORCE)
DATE: 2013/04i26
DESIGN PER IBC-2009/ASCE7-10 and ACI-318-02
DESIGN CONDITIONS TANK INFORMATION
WIND MPH : 120 WEIGHT per SADD�E WT Ibs): 106500
EXPOSURE: C
SEISMIC ZONE: 124.9 LENGTH OF SUPPORT(LS)(inches): 118.47
OCCUPANCY CATEGORY: 4
f'�(psi) : 4000
ALLOW. SOIL BEARING SB psf : 3000
REBAR F (psi� : 40000
REBAR FS (psi): 20000
FOOTING DESIGN
WIND LOAD SEISMIC LOAD
(per AC1318-02 9.2) 1.6'' F�(Ibs)= 5996 (per AC1318-02 9.2) 1.0 ` F� (Ibs)= 73160
H�9f= 90 H�9f= 90
Mo,�(in-Ibs)= F�` H�9f= 539601 Mo,�(in-Ibs) = F�' H�gt= 6584400
Verticai Load due to Seismic Effect V = 19509
(SEISMIC CONTROLS(Qmax includes V);
F OTING DIMENSIONS
FOOTING WIDTH (Wf)(feet) : 8.00 Af(feet2)=Wf"Lf= 112.00
FOOTING LENGTH (L�)(feet) : 14.00 Sf(feet3)=Wf'Lf.�/ 12 = 3519
FOOTING DEPTH (Df)(feet): 2.00 DISTANCE TO REBAR(d)(inches)= 20.00
WTf(Ibs)= 150'Wf" �f'` Df= 33600
Pf(Ibs/ftz)=(WT+WTf)/Af= 1251 MOMENT ARM (ARM�)(long.)(feet)= 2.06
Mf(Ibs/ft2) = Motf/(12"Sf)= 156 MOMENT ARM (ARM2)(lat.)(feet)= 4.00
Qmax(IbS/ft2)= Pf+ Mf= 1531 <= 1.33*SB= 3990 Ibs/ft^2 D.K.
Qmin (IbS/ft)=Pf-Mf= 1219 >=0 (NO UPLIFT) O.K.
Qmin ��bs/ftz)(wind with tank empty)= 414
Mn9(long.)(ft-ibs/ft)=Q„aX'ARM�2/2= 3261
Mft (lat.)(ft-Ibs/ft)= Q„aX`ARM22(2= 12250
REBAR SIZE(#4,#6, or#8) : #8 AS (inZ/ft)= Mft9.12/[(1.33 * FS)*(.89)*d]= 0.3105
REBAR MAX. SPACING (inches) : 10 AS(in2/ft)= P�.12/[(FS)*(.89)'`dj = 0.0422
AS(in2/ft)(for temp. &shrinkage)= 0.5760
REBAR AREA in2Jft : 0.9425 O.K.
MIN. FOOTING DIM. : S FT.WIDE X 14 FT. LONG X 2 FT. DEEP
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Page 1 of 2 E;,P���S 2/4/ZoI�Q—
- TANK FOUNDATION (LONGITUDINAL FORCE)
DATE: 2013/04/26
� Wl#8 REBAR 10 IN. O.C. EACH WAY I
ANCHORAGE REQUIREMENTS
ANCHORS PER SUPPORT(A„) : 4
AVE. DIST. TO ANCHORS (D�)(in) : 377.00 N„(Ibs)= 0
EDGE DISTANCE (E,)(in) : 28.27 V„(Ibs)= 25930
CHECK BOLT STRESSES PER IBC 2003/ASCE7-02 and ACI-318-02
ANCHOR BOLT DIA. (inches)(�)= 1.000 ANCHOR BOLT SPACING (inch)(ABS)= 18.0000
ANCHOR BOLT LEN. (inches}(Q)= 6.500
AREA OF BOLT{in2)(ASe)= 0.606 BEARING AREA OF BOLT(inZ)(Ab,�)= 1.501
Anchor Bolt Min. Yield Strength: 30000 = 6.5
r� =0.75 for Bolt. For concrete= 0.7 m=0.65 for Bolt. For concrete= 0.7
f„�(psi)= 57000 c, = 9.75
TENSION SHEAR
N5 =A5e*f��*A�/2= 69084 V5=0.6 "ASe *f�t*A�/2= 41450
gNs= 51813 sVs= 26943
AN/ANO= 1.923 A�IA�o= 2.000
Nb(Ibs)=24* (Bi)''* (f'�)"'= 25154 Vb= 7"(-/Bd)o.2.Bdo.s«f,�o.s.�,i.s_ 19598
�Ncb = 33861 raVcbg = 27438
eNpn = 67245 e�Vcp= 67723
ADEQUATE FOR TENSION ADEQUATE FOR SHEAR
COMBINED TENSION AND SHEAR
eNn= 33861 �dVn = 27438
Nu/oNn +Vu/oVn = 0.945 <= 1.2 O.K.
USE(41 1"ra x 6.5"EMBEDDED LENGTH HEADED ANCHOR BOLTS PER SUPPORT
ANCHOR BOLT DIAMETER IS THE MINIMUM REQUIRED FOR STRENGTH.
ANCHOR BOLT LENGTH IS EMBEDDED LENGTH ONLY.ACTUAL LENGTH VARIES.
ANY REQUIRED CORROSION AL.LOWANCE WILL INCREASE THE BOLT DIAMETER.
EMBEDDED LENGTH IS FROM TOP OF CONCRETE TO START OF HEAD
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Page 2 of 2 ExP�RFs
' TANK FOUNDATION ITRANSVERSE FORCE)
DATE: 2013/04/26
DESIGN PER IBC-200 /A E7-1 and A I-318-02
DESIGN CONDITIONS TANK INFORMATION
WIND MPH): 120 WEIGHT er SADDLE WT) ibs : 106500
EXPOSURE: C
SEISMIC ZONE: 124.9 LENGTH OF SUPPORT(LS)(inches): 118.47
OCCUPANCY CATEGORY: 4
f'�(psi) : 4000
ALLOW. SOIL BEARING SB ( sf : 3000
REBAR F (psi) : 40000
REBAR FS(psi) : 20000
FOOTING DESIGN
WIND LOAD SEISMIC LOAD
(per ACI-318-02 9.2) 1.6" F,(Ibs)= 4901 (per ACI-318-02 9.2) 1.0" F,(Ibs)= 73160
H�9f= 90 H�9{= 9O
Ma�(in-Ibs)= Ft" H�9f/2= 220528 Mo�(in-Ibs)= F,* H�9f!2= 3292200
Vertical Load due to Seismic Effect V = 19509
(SEISMIC CONTROLS{Qmax includes V)
FOOTING DIMENSIONS
FOOTING WIDTH (Wf)(feet) : 8.00 Af(feet2)=Wf' Lf= 112.00
FOOTiNC LENGTH (l�)(feet) : 14.00 Sf(feet3) =W,"Lf2/6= 261.33
FOOTING DEPTH (D,)(feet) : 2.00 DISTANCE TO REBAR(d)(inches)= 20.00
WTf(Ibs)= 150'`Wf*Lf' Df= 33600
Pf(Ibs/ft2)=(WT+WTf)/Af= 1251 MOMENT ARM (ARM,)(long.) (feet)= 2.06
Mf(Ibs/ft2)=Motf/(12* Sfl = 1050 MOMENT ARM (ARM2)(lat.)(feet)= 4.00
Qmax(Ibs/ftz)= Pf+Mf= 2425 <= 1.33 '`SB = 3990 Ibs/ft^2 O.K.
Qmin(�bslftz)=Pf-Mf= 201 >=0 (NO UPLIFT� O.K.
Qmin(Ibs/fi2)(wind with tank empty)= 356
Mn9 (long.) (ft-ibs/ft)= G}�,aX'`ARMi2/2 = 5165
Mh (lat.) (ft-Ibs/ft)= C�,ax'ARMz2/2 = 19401
REBAR SIZE(#4,#6,or#8) : #8 AS(in2/ft)= Mn9•12/[(1.33* FS)'`(.89)`'d] = 0.4917
REBAR MAX. SPACING (inches) : 10 AS (in21ft)= P�.12/[(FS)*(.89)*d] = 0.0422
REBAR AREA in2/ft : 0.9425 O.K.
MIN. FOOTING DIM. : 8 FT.WIDE X 14 FT. LONG X 2 FT. DEEP
W/#8 REBAR 10 IN.O.C. EACH WAY
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Page 1 of 2 Ei;PIRES Z.o q.._
- TANK FOUNDATION (TRANSVERSE FORCE)
DATE: 2013l04/26
ANCHORAGE REQUIREMENTS
ANCHORS PER SUPPORT(A�) : 4
AVE. DIST.TO ANCHORS(D,)(in) : 94.47 N„(Ibs)_ �
EDGE DISTANCE {E�)(in) : 28.27 V„(Ibs)= 7640
CHECK BOLT STRESSES PER IBC 20031ASCE7-02 and ACI-318-02
ANCHOR BOLT DIA. (inches)(�)= 1.000 ANCHOR BOLT SPACING (inch)(ABS)= 18.0000
ANCHOR BOLT LEN. (inches)(B�)= 6.500
AREA OF BOLT(inz)(Ab)= 0.606 BEARING AREA OF BO�T(in2)(Ab,9)= 1.501
= 6.5
e =0.75 for Bolt. For concrete= 0.7 a =0.65 for Bolt. For concrete = 0.7
f„t(Psi) = 58000 c� = 9.75
TENSION SHEAR
NS=ASe�f�l*A�!2= 70296 VS=0.6 '`ASe'f��*An/2= 42178
oNs= 52722 e�Vs= 27415
AN/ANO= 1.923 A�/A�o= 1.000
Nb(Ibs) =24'` (Bi)''*(f'�)"'= 25154 Vb= 7*(/Bd)o.z.B�o.s xf�co.e.�i�.s_ 19598
ONcb= 33861 e�Vcbg= 13719
eNpn= 67245 v�Vcp= 67723
ADEQUATE FOR TENSION ADEQUATE FOR SHEAR
COMBINED TENSION AND SHEAR
oNn = 33861 �Vn = 13719
Nu/aNn +Vu/raVn = 0.557 <= 1.2 O.K.
USE 14)1"�x 6 5"EMBEDDED LENGTH HEADED ANCHOR BOLTS PER SUPPORT
ANCHOR BO�T DIAMETER IS THE MINIMUM REQUIRED FOR STRENGTH.
ANCHOR BOLT LENGTH IS EMBEDDED LENGTH ONLY.ACTUAL LENGTH VARIES.
ANY REQUIRED CORROStON AL�OWANCE WILL INCREASE THE BOLT DIAMETER.
EMBEDDED LENGTH IS FROM TOP OF CONCRETE TO START OF HEAD
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Page 2 of 2
EXPIRES 4�2���
� STRESSES IN VESSEL ON TWO SADDLES
DATE: 26/04/2013 11:49
INPUT VARIABLES VARIABLES
Tank Diameter feet 10.41 Q 10650
Tank Len th feet 36.58 R 62.502
Total Load per Saddle(Ibs 10650 L 438.996
De th of Head inches 0.62 H 0.625
Saddle Location from tan ent line(inches 31.00 A 31.000
Saddle Contact An le de rees 140.00 0 1.221
Sheil Thickness inches 0.25 ts 0.250
Head Thickness inches 0.313 tsm 0.250
Saddle Width inches 13.00 th 0.312
Yield Stren th of Shell Materiai si 3600 b 13.000
Modulus of Elasticit of Shell Material si 2900000 P 4.510
K1 3.140
SADDLE INPUT VARIABLES K2 0.900
Saddle Hei ht distance from center of tank to base plate (inches 66.00 K3 0.319
Base Plate Thickness inches 1.00 K4 0.592
Wear Plate Thickness inches) 0.37 K5 0.327
Web Plate and Rib Thickness inches 0.50 K6 0.009
' Yield Stren th of Saddle Materiai(psi) 3600 K6a 0.007
Modulus of Elastic' of Saddie Material si 2900000 K7 0.697
INVALIDATION STATEMENTS K8 0.780
K11 0.241
FY 36000.000
S 21600.000
E 29000000.000
e 0.700
Com ressive Stress si 6933 SADDLE VARIABLES
A2 118.465
CALCULATE STRESSES A1 117.465
B 66.000
Lon itudinal Bendin si : C 0.375
at the Saddles Tension at the To :S1: -77 D 1.000
at the Saddles Com ression at the Bottom :S1c: 30 E1 4.000
at Mids an Tension at the Bottom,Com ression at the To :S1 m: 288 F 14.000
G 12.500
Tan ential Shear Saddles Close to Head A<=R/2 si H 19.166
in Shell:S2s: 403 J 0.500
in Head:S2h: 322 RS 23.3931
Additional Stess in Head:S3: 178 V 43.494
V 1 12.657
Circumferential Stresses Unstiffeded and L<8R si L 166.309
at Horn of Saddle:S4: -1028
at Bottom of Shell:S5: '522�
at To of Wear Plate:S4a: -2�91
Circumferential Stress due to Pressure si
S : 56
S m: 56
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Page 1 of 3 EXPIRES Z,/���"'
-----�--�'-T
- STRESSES IN VESSEL ON TWO SADDLES
DATE: 26/04/2013 11:49
Combined Stresses psi Aliowable Stresses psi)
S1+S : 48 S*e: 1512 O.K.
S1c+Sp: 87 Sc: 693 O.K.
S1 m+S m: 344 S*e or Sc: 693 O.K.
S2s: 403 0.8'S: 1728 O.K.
S2h: 322 0.8`S: 1728 O.K.
S3+S : 234 1.25"S: 2700 O.K.
S4: -1028 1.5`S: 3240 O.K.
S4a: -2791 1.5*S: 3240 O.K.
S5: -5221 0.5'F: 1800 O.K.
DESIGN OF SADDLE PARTS
Calcu�ate Area of Saddle s .inches
qgp: 14.000
AWP: 7.187
AWEB: 1.061
ASHELL: 6.333
AT: 28.582
Caiculate A`Y cubic inches
AYBP: 7.000
AYWP: 23.7941
AYWEB: 2.188
AYSHELL: 22.945
AYT: 55.927
Calculate Centroid inches
c: 1.956
Calculate Moment of Inertia inches^4
I: 62.1
Calculate Section Moduls cubic inches
Sis: 34.701
Sos: 31.767
Calculate S littin Force
Fh: 2566
CG: 17.926
M; 46011
Lc: 90
8t: 115
8b: 1448
8c: 181
Calculate Allowable Stresses si
�a: 2376
(�b: 2376
Calculate Combined Stresses si
8comb: 0.734
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Page 2 of 3 EXPIRE���G}-
� STRESSES IN VESSEL ON TWO SADDLES
DATE: 26/04/2013 11:49
Check Base Plate Thickness
E uivalent Width inches :EW: 2.417
Overall Len th of Webs L)= 191•4
Unit Linear Load fu = 556.2
11 = 2.25
�2= 11.7
Loads Moment M = 1575.2
Re uired Thickness tb = 0.630
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Page 3 of 3
� STRESSES IN VESSEL ON TWO SADDLES (SEISMIC/WINI
DATE: 26/04/2013 11:49
INPUT VARIABLES VARIABLES
Tank Diameter feet 10.41 Q 16331
Tank�en th feet 36.58 R 62.502
Total Load er Saddle Ibs) 16331 L 438.996
De th of Head inches 0.62 H 0.625
Saddle�ocation from tan ent line)(inches) 31.00 A 31.000
Saddle Contact An le de rees 140.00 s 1.221
Shell Thickness inches 0.25 ts 0.250
Head Thickness inches 0.31 tsm 0.250
Saddle Width inches 13.00 th 0.312
Yield Stren th of Shell Material si 3600 b 13.000
Modulus of Elasticit of Sheil Material si 290000 P 4.510
K1 3.140
SADDLE INPUT VARIABLES KZ 0.900
Saddle Hei ht distance from center of tank to base late (inches 66.00 K3 0.319
Base Plate Thickness inches 1.00 K4 0.592
Wear Plate Thickness inches 0.37 K5 0.327
Web Plate and Rib Thickness inches 0.50 K6 0.009
Yield Stren th of Saddle Material si 3600 K6a 0.007
Modulus of Elastici of Saddie Material si 2900000 K7 0.697
INVALIDATION STATEMENTS K8 0.780
K11 0.241
Fy 36000.000
S 28728.000
E 29000000.000
e 0.700
Com ressive Stress si 6933 SADDLE VARIABLES
A2 118.465
CALCULATE STRESSES A1 117.465
B 66.000
Lon itudinal Bendin si : C 0.375
at the Sadd�es Tension at the To :S1: -11 D 1.000
at the Saddles Com ression at the Bottom :S1 c: 47 E1 4.000
at Mids an Tension at the Bottom,Com ression at the To :S 1 m: 441 F 14.000
G 12.500
Tan ential Shear Saddles Ciose to Head A<=R/2 si H 19.166
in Shell:S2s: 618 J 0.500
in Head:S2h: 495 RS 23.3931
Additional Stess in Head:S3: 273 V 43.494
V 1 12.657
Circumferential Stresses Unstiffeded and L<8R si L 166.309
at Horn of Saddle:S4: -1577
at Bottom of Shell:S5: -800
at To of Wear Plate:S4a: -4280
Circumferential Stress due to Pressure si
g : 56
S m: 56
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Page 1 of 3 EXPIAES ZT2r���
� STRESSES IN VESSEL ON TWO SADDLES (SEISMIC/WIN[
DATE: 26/04/2013 11:49
Combined Stresses si Allowabie Stresses psi
g�+S : 44 S`e: 2011
S1c+S : 103 Sc: 693
S1 m+S m: 498 S*e or Sc: 693
S2s: 618 0.8*S: 2298
S2h: 495 0.8`S: 2298
S3+S : 329 1.25'S: 3591
S4: -1577 1.5*S: 4309
S4a: -4280 1.5*S: 4309
S5: -800 0.5*F: 1800
DESIGN OF SADDLE PARTS
Calculate Area of Saddle s .incnes
ABP: 14.000
AWP: 7.187
AWEB: 1.061
ASHELL: 6.333
AT: 28.582
Calculate A*Y cubic inches
AYBP: 7.000
AYWP: 23.7941
AYWEB: 2.188
AYSHELL: 22.945
AYT: 55.927
Calculate Centroid inches
�: 1.956
Calculate Moment of Inertia inches^4
I: 62.1
Calculate Section Moduls cubic inches
Sis: 34.701
Sos: 31.767
Calculate S littin Force
' Fh: 3936
CG: 17.926
M: 70558
Lc: 139
gt: 176
�b: 22211
bc: 2781
Calculate Allowable Stresses si
f3a: 31601
f�b: 3065
Calculate Combined Stresses si
bcomb: 0.849
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Page 2 of 3
STRESSES IN VESSEL ON TWO SADDLES (SEISMIC/WINI
DATE: 26/04i2013 11:49
Check Base Piate Thickness
E uivalent Width inches :EW: 3.707
Overall Len th of Webs L = 191.4
Unit Linear Load fu = 852.9
11 = 2.2
12= 11.7
loads Moment M = 2415.71
Required Thickness tb = 0.677
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Page 3 of 3 ExPiFlES?- 4T Zo�cr