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HomeMy WebLinkAbout17100001.1Cn C� D F- 00 a C/) on;Unil 7'-0' 17'-0'— —10'- 4'— Symbols ' 10'-4'— CA � 0'-4' O O O + + + O � 0 O _ (Jl C:3 O cy C-) 470, O O O O O O O O -1 A A A A m H � A z< o < o 0 r < -+ v� o m m mt= a e a m w cC-) z = n o m � o � a G r -I mm on;Unil o0C7D0M OHydraulic Reference Points [ 18 et] Elev. Below Top of Steel ::Ecncn= << Elev. of Top of Steel p Ceiling Height 0 O z rn 0 o m � ' M O p O p c3 S m 0 n N O 7 (0 CD -U D 0 m D N n p (<D CCn >0z c O Z `< CD p O N N ai r+ D - _O (D � d —4 O D fD o -t n rn p h �4 M K NJ CD © TO SYSTEMS MICHIGAN ROAD STORAGE 9750 MICHIGAN ROAD CARMEL, INDIANA kiJ.A. FIRE PROTECTION, INC 6187 North 400 West, Fairland. IN 46126 Ph: 317-83513647 Fax: 317-835651 I Customer Satisfaction Guaranteed R m C 0 M tZ I �'I I < ❑❑_! =m ❑❑ D 3 TI 1 Ul r' I e+ Gl I P Gl I = O 1 TI II -0 ;;q 1 c+ = I 3 r- 1 D c+ fTl I C C I-0 a+ -0 1 P Ul Ul IC 1 S D 1-0 P D I = D I n D I Q 5 f Z RU m -1 m N 3 P O5F O Z r0 C 0 Q P S =3 M r0 n n Ul ro n F 3 (n Ln rD O ro Ul r0 Oro O P O - — r0 ro D m Z n ro ro �_ Q O �+ + + (O �_ U1 O 3 -0 (D '+ D fU (n a F -S Wro p Q O O< `+ ro Cn D Z m Ul P 0 Z Q Lrl -3 ro P �+ Dr r0 h O 3 n P Q V) o ro < rD Q 7a Pn -- n n h P� 3 Ln �n D -S P P r0 `< D Q o P w 3 cn Z 3 rl o * �-- i? �aFO QO "'N D� -3 �Q N �S� r0 Cc 0*�r(o 3 Q Q N N� P -0 QC fU� :3- o r0 -3 P rD + '� O C = P Ut �- Ut ro U1aD Q Q X rD - f . F P (D O Z P P V)< _ rF Q .+ �•G 3 n W S Q S -0 -0 rD < s C/l Q D 0= -0 P c+ P L l P P '.'� 3 O O �_ h _ s .+ Ut rD f 3 �+ o Q r0 Ul `< P rD rF o (D Ul Z Q Ul 0 ro `< Q `+ �+ -0 rD S Q s Q Q 3 ro ro ro r0 U1 r0 �} D � rD F s a U1 rD ro `-+ Cb CO P (0 U1 U1 ro Z y� -5 r9 � O*� P S h ro -0 Cn -0 _ U1 : Q U1 P rD D r0 rQp rp n -3 -3 r0 Ul n U1 rU 0 rD c=-1 - -5 r0 ro 3 r0 S S Cn U1 r0 0 1+ (/l f f U1 CT P •0 s Z ro 3 In P D rD O (Ln P rTl '-" S rD 7 h P Q n- s < 3 rD rD S O S Z3-0 O D r0 P U1 O 3 ro C4 `+ -0 P 1 0 -S P P = P ! 1 U) rD N 7 (r P -S P Q 0 0 -0 N rD U1 -3 Z rD rD Ul d r < F ro U1 (JI Q 5 P S n r0 O No TI Q n a- = O rD D ro Q n D n U1 S P (� - P 3 �-+ ,< rD = P n ro Q �+ U7 P C �+ S O rD 7 .+ rD C� 7� T. P rD Q S= s r0 ro W Q n Q c+ Z �+- o D _ _ _ td O= Q ro Cl C N �° .�-F Q P r0 Q S Q Q O = s _ n O P rnD O P Z Q fTl O, m _ n S fl) P == k C s �+ s CO r S > p ro r0 h ro C rD r0 r0 r0 f U1 Q - <-i P D O= O 0 Q 3m 0- 3 P W r P v, r(DD ro O ro ro O '\* I Q W ro ut rD (00 P n CD S o O '-' P C+ Ln 0 '' �' P of � O S rj < -5-0 0 3 Ul f '+ S CD r0 X P 3 �+ O S n O ro -3 M p( = N Q f<1 r 1 Q n O r<D P ro Ut Ut S rip S '+ ' Ul Q :Z ro Q (D `+ P P P Q 3 P S Q P P rD P rD -f 7 3 rD Q -0 c+ S �+ P r0 D Q 0 S-3 S Z D 3 <+ P r+ Ut O � P �_ o Q Q Z s -- < P P f -5 P r0 - S U1 P `< D Z n S = O `+ 7 N P o P 3 n rl)h O <-F 0 r0 = P Q Q Q `G U1 O- Tl S 3 r0 Q n P D P �-+ ro 7 0 P ?-5 0? ? O Q< CL P S U1 P Ln Lo s s Q O S a Q skro D 0 3 M -0 C Ul Q O W Q C O (D = r0 Z rD 1n s rD S f 0 r11 r0 P W Q V) f- + O W kn �� U1 n QQ Q n o < O = r0 <F *tom Sh P D -5 0 �= o -r) rU P Ul 0 S U1 s �i C- (-1 �+ X C O `< rD 1+ n P N -3 n `+ C Q s o 5 P ro cri < D rD = Q v1 n w Q Q ro ui ro „,< n + Q rD �+ s 1— P n Q s Ln ro <+ o m Q Ln -S '+ o N iv rD <+ O \ Cl)o 5T = �_ �} 0 P P = f'1.) -S R.1 <+ 0 0 rD -3 W 3 <+ W f S n ro -3 n �} P o_ LnLe) Q 3 r0 P ro � P Q Q = Q ro (D o S U1 P 0 rip 0 rp Q r1 ro ro N o n P `'< P ro 0 P 3 (_..) r=1 P ro = S Q aD n ro UP1 -0 L r N h ro d ro S ` F ro O �+- O= P n 0 ro 3 Q = o = N O O r0 P '.+ U1 Z C -5 W \ M Ln U) 0 rD CO Z 5 N S T rD '+ � Ln Q 7 P -5 f - O= R) D O< o ro 3 O •--F n !D P - (D �'+ E-0 ,-} N O n U1 =O X D Q P P rD Z -r-I rD TI h -3 S `+ n O CD S Ln O rF <+ �F ro Q <+ 3 rD � n P c+ <+ = Q U -h h Q P ` ?_ �+ rD Ln O CO P U1 3 30 n rD Q O O Q U-1 \ `+ 0 = rD O< F S 7 Q rF N = s �+ rD rD P e --F aD S n *� n - N -0 O S ro = r0 Q _ 3_ P ro (D = 'j- r0 r0 f O U1 (_I1 Q = N Q _ = o = Q mo w� -5 o nF n� ro = P m s�`< -0 P P t=< O a- o C - ivro ro n Q o h �+ 0 O r = o Q r SPRINKLER SCHEDULE & LEGEND 11 CY AQOl I DAFT tin /Cm I uFC kAonFl I TYPE I nRIFICF I K -FACT IFXT. COV.1 TEMP. I HEAD FINISH I ESCUT I QUANTITY HEAD CAB'T & WRENCH(ES) PROVIDED --- • • O(Do �l L S mbols on;Unil Description OHydraulic Reference Points [ 18 et] Elev. Below Top of Steel ::Ecncn= + JOS 20-0) Elev. of Top of Steel p Ceiling Height 0 O (D o_ C) o '� r -r < rt N O p O p c3 S (n N 7 (0 CD -U D 0 m D N n p (<D CCn (�D c (D Z `< CD p N N ai r+ D (D d N O fD :Ep p h n NJ CD © O m 00 CAQ Z J Oo � -1 G7 C il 0_ O O O O D O O(7) C.r (n ND O m O (n O TI Tl c) Cn (n p A N D 3 TI 1 Ul r' I e+ Gl I P Gl I = O 1 TI II -0 ;;q 1 c+ = I 3 r- 1 D c+ fTl I C C I-0 a+ -0 1 P Ul Ul IC 1 S D 1-0 P D I = D I n D I Q 5 f Z RU m -1 m N 3 P O5F O Z r0 C 0 Q P S =3 M r0 n n Ul ro n F 3 (n Ln rD O ro Ul r0 Oro O P O - — r0 ro D m Z n ro ro �_ Q O �+ + + (O �_ U1 O 3 -0 (D '+ D fU (n a F -S Wro p Q O O< `+ ro Cn D Z m Ul P 0 Z Q Lrl -3 ro P �+ Dr r0 h O 3 n P Q V) o ro < rD Q 7a Pn -- n n h P� 3 Ln �n D -S P P r0 `< D Q o P w 3 cn Z 3 rl o * �-- i? �aFO QO "'N D� -3 �Q N �S� r0 Cc 0*�r(o 3 Q Q N N� P -0 QC fU� :3- o r0 -3 P rD + '� O C = P Ut �- Ut ro U1aD Q Q X rD - f . F P (D O Z P P V)< _ rF Q .+ �•G 3 n W S Q S -0 -0 rD < s C/l Q D 0= -0 P c+ P L l P P '.'� 3 O O �_ h _ s .+ Ut rD f 3 �+ o Q r0 Ul `< P rD rF o (D Ul Z Q Ul 0 ro `< Q `+ �+ -0 rD S Q s Q Q 3 ro ro ro r0 U1 r0 �} D � rD F s a U1 rD ro `-+ Cb CO P (0 U1 U1 ro Z y� -5 r9 � O*� P S h ro -0 Cn -0 _ U1 : Q U1 P rD D r0 rQp rp n -3 -3 r0 Ul n U1 rU 0 rD c=-1 - -5 r0 ro 3 r0 S S Cn U1 r0 0 1+ (/l f f U1 CT P •0 s Z ro 3 In P D rD O (Ln P rTl '-" S rD 7 h P Q n- s < 3 rD rD S O S Z3-0 O D r0 P U1 O 3 ro C4 `+ -0 P 1 0 -S P P = P ! 1 U) rD N 7 (r P -S P Q 0 0 -0 N rD U1 -3 Z rD rD Ul d r < F ro U1 (JI Q 5 P S n r0 O No TI Q n a- = O rD D ro Q n D n U1 S P (� - P 3 �-+ ,< rD = P n ro Q �+ U7 P C �+ S O rD 7 .+ rD C� 7� T. P rD Q S= s r0 ro W Q n Q c+ Z �+- o D _ _ _ td O= Q ro Cl C N �° .�-F Q P r0 Q S Q Q O = s _ n O P rnD O P Z Q fTl O, m _ n S fl) P == k C s �+ s CO r S > p ro r0 h ro C rD r0 r0 r0 f U1 Q - <-i P D O= O 0 Q 3m 0- 3 P W r P v, r(DD ro O ro ro O '\* I Q W ro ut rD (00 P n CD S o O '-' P C+ Ln 0 '' �' P of � O S rj < -5-0 0 3 Ul f '+ S CD r0 X P 3 �+ O S n O ro -3 M p( = N Q f<1 r 1 Q n O r<D P ro Ut Ut S rip S '+ ' Ul Q :Z ro Q (D `+ P P P Q 3 P S Q P P rD P rD -f 7 3 rD Q -0 c+ S �+ P r0 D Q 0 S-3 S Z D 3 <+ P r+ Ut O � P �_ o Q Q Z s -- < P P f -5 P r0 - S U1 P `< D Z n S = O `+ 7 N P o P 3 n rl)h O <-F 0 r0 = P Q Q Q `G U1 O- Tl S 3 r0 Q n P D P �-+ ro 7 0 P ?-5 0? ? O Q< CL P S U1 P Ln Lo s s Q O S a Q skro D 0 3 M -0 C Ul Q O W Q C O (D = r0 Z rD 1n s rD S f 0 r11 r0 P W Q V) f- + O W kn �� U1 n QQ Q n o < O = r0 <F *tom Sh P D -5 0 �= o -r) rU P Ul 0 S U1 s �i C- (-1 �+ X C O `< rD 1+ n P N -3 n `+ C Q s o 5 P ro cri < D rD = Q v1 n w Q Q ro ui ro „,< n + Q rD �+ s 1— P n Q s Ln ro <+ o m Q Ln -S '+ o N iv rD <+ O \ Cl)o 5T = �_ �} 0 P P = f'1.) -S R.1 <+ 0 0 rD -3 W 3 <+ W f S n ro -3 n �} P o_ LnLe) Q 3 r0 P ro � P Q Q = Q ro (D o S U1 P 0 rip 0 rp Q r1 ro ro N o n P `'< P ro 0 P 3 (_..) r=1 P ro = S Q aD n ro UP1 -0 L r N h ro d ro S ` F ro O �+- O= P n 0 ro 3 Q = o = N O O r0 P '.+ U1 Z C -5 W \ M Ln U) 0 rD CO Z 5 N S T rD '+ � Ln Q 7 P -5 f - O= R) D O< o ro 3 O •--F n !D P - (D �'+ E-0 ,-} N O n U1 =O X D Q P P rD Z -r-I rD TI h -3 S `+ n O CD S Ln O rF <+ �F ro Q <+ 3 rD � n P c+ <+ = Q U -h h Q P ` ?_ �+ rD Ln O CO P U1 3 30 n rD Q O O Q U-1 \ `+ 0 = rD O< F S 7 Q rF N = s �+ rD rD P e --F aD S n *� n - N -0 O S ro = r0 Q _ 3_ P ro (D = 'j- r0 r0 f O U1 (_I1 Q = N Q _ = o = Q mo w� -5 o nF n� ro = P m s�`< -0 P P t=< O a- o C - ivro ro n Q o h �+ 0 O r = o Q r SPRINKLER SCHEDULE & LEGEND 11 CY AQOl I DAFT tin /Cm I uFC kAonFl I TYPE I nRIFICF I K -FACT IFXT. COV.1 TEMP. I HEAD FINISH I ESCUT I QUANTITY HEAD CAB'T & WRENCH(ES) PROVIDED --- • • O(Do �l L S mbols Symbol Description OHydraulic Reference Points [ 18 et] Elev. Below Top of Steel Elev. Above Finished Floor + JOS 20-0) Elev. of Top of Steel 10-o Ceiling Height 7-- Denotes Hanger Location O Rise up or down Date Revisions Description