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HomeMy WebLinkAbout19007 59th Dr NE_056416_2026 INSPECTION REPORT �1� O Permit No.:c'as. G Lot #: Address: Contractor: 9s, ,SO Ownerse,,gE;ei- �I N G Dater -- v APPROVAL ❑ PARTIAL APPROVAL ❑ VIOLATION ❑ CORRECTION REQUESTED ❑ Corrections listed below MUST BE MADE before work can be approved. ❑ Please contact inspector. ❑ Was not able to perform inspection. ❑ CALL 435-0674 FOR RE-INSPECTION -24 hour notice required. /, ���'7'.G�r`.�.5'c=t7 '�j"�:ice' Ja-�s T'�' r� eri F' :•� Inspector: Date: —f/— � TYPE OF INSPECTION REQUESTED ❑ Under-floor ❑ Framing ❑ Gas Piping ❑ Footing ❑ Drywall, Nailing ❑ Consultation ❑ Foundation ❑ Shear Nailing ❑ Groundwork ❑ Mechanical ❑ Grid ❑ Struct. Slab ❑ Wood Stove ❑ Rough-in ❑ Final ❑ Masonry ❑ Drainage ❑ Insulation ❑ Other: ON 0 1130 mm1 1 ■1 ML lei NO Us I ' ■1 ■ NJ ■ 1■■ j r'' , ' r' RA ce Y ■ ONE ■ mom 1 =a 7 ji 1 ■ IN . se OEM ME mission mmmoodd ■ 1 ME E- 1 0 M L . . ■ ■ Nom ■ M I ■ mm ■ ' S � r... a ALE■ . NONE ■ ■ , IL M - ■ ■ 7 7 ■ v ■ . ■.■ i ' Is - - IL ll ■} �-�► F ■ _ ■ ON IN 1. 1 ' C:; I T'Y Q F= A F?L_ I tV CS T'"t%4 GCJhlE3 T' FtlJ(--_F I C)tV PE: FtM I T fz>EFRMIT tVC.I _ _ 92)t5—fat+ I6 Ovner: SUBERT & WALKER 19007 59TH AVE NE ARLINGTON 98223 Value of Work: $1, 600. 00 Tay: ID: Phone: 360. 435. 3066 Describe Work: INSTALL SUPRESSION SYSTEM IN PAINT BOOTH Proposed Use: MANUFACTURING Legal Description: Job Address: 19007 59TH AVE NE Contractor's Name Type Address License# WESTSIDE FIRE & SAFETY SPR PO BOX 172 WESTFS965L3 TOTALS Fee Permit Fee $159. 45 Plan Fee $231. 89 SIGNATURE: TOTAL FEE. . . . . . . . . . . . . . . . . $391. 34 I HEREBY RT H k1T RE D AND EXAMI ED T IS APPLICATION AND PAYMENTS. . . . . . . . . . . . . . . . . . $0. 00 1-11 THE AME O BE TRUE AND COR- ALL O SIONS OF LAWS AND TOTAL DUE. . . . . . . . . . . . . . . . . $391. 34 U D NANO VERN G THIS TYPE OF W Rh WIL E C MPl E:D WITH WHETHER E IFIE N LF NOT. DATE RECEIPT # I N G C I(, AL 5 '-lq o I t•li t t t t. r t t •'1 r ti i► ► i' r f 1 !I•1t 1• 1 T ,l Wi 1 1 i 1 11 t ` 1 j . 't.lt I t . I t �� . I . ;f\I � 1\.•r t 11- I .• t i� t II — 7 I Ir 7�Jrf*IJ I 1• N I I — I 1 .n ' 4 `few It I j I 4 •1: t 411♦♦ III -a It L•I 1f1111% Ilt•:y fa," I ' 1••�'1— � ��7ei—� wl. I • �.I•� 1 - rth'�T• r ai• I — •I�t• to 1, �' .. •"t 'i't J!'':'�; I — — '.� III• A UL" ,tlu 1 �r I • 113 I r 1 if �C ,'I — 111 1 I�' % 1[�.J At.1j1 r C' 4 G��Y FIRE SPRINKLER 7 o PERMIT APPLICATION IING� Department of Community Development City of Arlington • 238 N Olympic Ave. • Arlington, WA 98223 • Phone (360)403 3431 • FAX (360)403 3447 THIS APPLICATION MUST BE ACCOMPANIED BY EIGHT(8)SETS OF COMPLETE AND SCALED PLANS, EIGHT (8) SETS OF HYDRALIC CALCULATIONS, EIGHT(8) SETS OF EQUIPMENT SPECIFICATIONS FOR EACH FIRE SPRINKLER PERMIT APPLICATION. INCLUDE ELECTRICAL PLANS WHERE APPLICABLE. ALSO INCLUDE SPECIFICATION SHEETS, WIRING DIAGRAMS(POINT TO POINT WIRING),AND ALL OTHER INFORMATION ON ALL EQUIPMENT TO BE INSTALLED PRIOR TO INSTALLATION. S 7 r �- Type of Permit: ( ) New Fire Sprinkler ( ) Fire Sprinkler Add/Alt ( ) Underground Fire Line Project Address: S, k2('f �'�-'�`'' Parcel ID#: Project Valuation:, I d� Number of Heads: Building Area (Sq Ft): 'S Owner: . ( -- Phone Number: Address: -( O D? �� �� �NLCity: Stater Zip Code: Contact Person: a i1 � S �� ' , Phone Number: Cell Phone: 366 0 V Fax: E-mail: `�(7 I�o X Cit 1 M.,A C),, 21._ State: �b`-d� Zip Code: Address: f Y: -�___ �- Contractor: C t J L 4 ,A S;cg St 5 10-0 L� Phone Number: 3�d � ��� S Z Ok �-' ,? Address: �� K 7 I ? ,RR City: t�" State: Zip Code: � Contractor's License Number: rr `y oc�^ �` �� F 7�`S41riration: I hereby certify that the above information is correct and that the construction on, and the occupancy and the use of the above- desc ' ed roperty will be in accordance with the laws, rules and regulation of the State of Washington. ^ l 9 S Applicants Signature Date Print Applicants Name ArR 1 1J Forms/FSPKLR-1 f 1 �` X' �� i e $'Y � I i I I I I i I I ry. 3 W O O 'JH AN CN a z r� •N (,4 U) 04�� v Q A Ei WOO W O I I ¢ H M C=+ r- v x > a N Ors a u W ul rn ¢ N W rn Ls c WW9 W O H E-I Q H A Ei 0 U] rT4 N W _v WO W �3: Wr- Iq ¢ 0z "W UM _ W Wu UW 3a Q i I { I I I 1 11 I C � L I I 1 ©s-toqu.e to tC;EIVE® 0 APR 19 2005' WESTSIDE FIRE & SAFETY SUPPLY P. O. Box 712 Marysville WA 98270 Phone (360) 653-7082 Job: Subert& Walker -49W 59th Ave. NE Arlington,WA 98223 Installation of Total Flood Fire Suppression System in spray booth. Dimensions of booth 12' x 9' x 10' - 34" duct 1080 cubic feet - 120 square feet 1. System Pyro Chem PCI 50 lb ABC Total Flood 2. Piping used: % inch galvanized balanced piping 3. Four(4)N-LA-ABC nozzles coving booth & duct area 4. Remote pull installed 5. Two (2) 1200 heat sensors covering booth & duct area 6. System is UL approved for this application U u Y OF AHUNGT®A IIBUOLDING DEPAWMENT VR®VED wn 5-y-os I Noa E' 'm --9 i u f � vK� ON N 9MY ���MI I 0 N M 7 O m L' 8 s o 0 G1 U 0. h N y X N 0 F, c rYry, O m c x w` x Vx vw mg z _ J } S � () 00 00 a) > O 00 E in 0 Cj i `0 3 o - o 0) in ono C9 0 a) 0 a) m J } 0 a W 0 3 a� uIP!M IlpaaAO „O,£l r� v 0 O M o 8 � o 0 W c U CN N ? O H A d d O G •� x x F Cl a c c x . . . . . a 6 i r y � � s�- 2 ryo m � c v � CL�o � 2 w 2 0 . - - . . . _ 3 a� U N E O N 1 oaia Chapter 2 -Components Page 2-1 Rev. 1 CHAPTER II COMPONENTS CYLINDERS & VALVE 4. PCI-25sABC. This system is charged with 25 pounds of Pyro-Chem automatic dry chemical systems are supplied in mono ammonium phosphate based dry chemical, Pyro- 15 pound, 25 pound, and 50 pound capacity cylinders. Chem #450-020170. It is Listed for use in total flooding, They are the Models PCI-15BC, PCI-15ABC, PCI-25sBC, local overhead, and local tankside applications. It is rated PCI-25sABC, PCI-50sBC, and PCI-50sABC. Each cylinder to protect Class "A", "B",and "C" hazards. must be separately piped to its own nozzles. All models are charged with dry nitrogen to 350 psi @ 70° F. These 5. PCI-50sBC. This system is charged with 50 pounds of systems are for indoor hazard protection only.The particu- regular sodium bicarbonate based dry chemical,Pyro-Chem lar models are as follows: #450-020162. It is Listed for use in total flooding, local overhead, and local tankside applications. It is rated to pro- f. PCI-1513C. This system is charged with 12.5 pounds of tect only Class "B" and "C" hazards. regular sodium bicarbonate based dry chemical,Pyro-Chem #450-020162. It is Listed for use in total flooding applica- 6. PCI-50sABC. This system is charged with 50 pounds of tions and for the protection of exhaust ducts. It is rated to mono ammonium phosphate based dry chemical, Pyro- tionsprotect only Class rot and "C" hazards. Chem #450-020170. It is Listed for use in total flooding, local overhead, and local tankside applications. It is rated 2. PCI-15ABC. This system is charged with 12.5 pounds of to protect Class "A", "B",and "C" hazards. mono ammonium phosphate based dry chemical, Pyro- Chem #450-020170. It is Listed for use in total flooding The dimensions of the 15#, 25#, and 50# cylinder and applications and for the protection of exhaust ducts. It is valve assemblies are shown in Figure 2-1. The cylinder is rated to protect Class "A", "B",and "C" hazards. manufactured,tested,and marked in accordance with DOT specification 46350. 3. PCI-25sBC. This system is charged with 25 pounds of regular sodium bicarbonate based dry chemical,Pyro-Chem The valve shown in Figure 2-2 is a pressure sealed, poppet #450-020162. It is Listed for use in total flooding, local type valve. It is used on the 15#, 25#, 50#, PAC-10, and overhead,and local tankside applications. It is rated to pro- tect only Class "B" and "C" hazards. MOUNTING BRACKET C MODEL NO. A B C D WEIGHT USED e x� PCI-15 6.DO 21.7 27.50 9.00 30 MB-15 ° P 8-00 47 30.5D 22-00 501bs MB-15 xF16 I 10 00 3575 27.75 8663 MB-1 1 ALL DIMENSIONS IN INCHES Figure 2-1. Cylinder and Valve Assemblies 10 FEM PART NO. DESCRIPTION 9 5 1 VALVE BODY 2 40N20870 DRY VALVE CAP 8 STEM ASSY. 3 4 1 3 385-020002 CONICAL SPRING 4 975-320201 RETAINING WASHER 6 5 733-020024 EaONG 6 732-020025 PRESSURE GAUGE 7 240-002026 HIGH TEMPERATURE RELIEF PLUG 2 8 325-020029 VALVE BODY O-RING 9 741-02DO05 PISTON 8 7 10 325-020630 PISTON 0-RING Figure 2-2. Valve Cross Section ULEX 3437 CEx732 February 1, 1996 d� J �r • � 1 �1� I Chapter 3 - System Design Page 3=6 Rev. 1 3. Total Flooding with ABC. e. Nozzle Placement: a. Cylinders: The nozzle is to be mounted in the center of the protected The Models PCI-15ABC, PCI-25sABC, and PCI-50sABC area, with the discharge holes in the nozzle no greater than cylinders can be used for ABC total flooding applications. four (4) inches from the ceiling. See Figure 3-4. b. Nozzles: f. ABC Nozzle Coverages: The Model N-TF-ABC nozzle is used for all ABC total flood- 1. Coverage for: ing applications. PCI-15ABC with one (1) N-TF-ABC nozzle. The Model PCI-15ABC can support one (1) Model N-TF- PCI-25sABC with two (2) N-TF-ABC nozzles. ABC nozzle. PCI-50sABC with four (4) N-TF-ABC nozzles. The Model PCI-25sABC can support one (1) or two (2) Volume: 960 cf. per nozzle. Model N-TF-ABC nozzles. Maximum area: 120 sf. per nozzle. Maximum height: 20 ft. The Model PCI-50sABC can support two (2) or four (4) Maximum Side Length: See TABLE 3-1. Model N-TF-ABC nozzles. 2. Coverage for: c. Temperature Range: PCI-25sABC with one (1) N-TF-ABC nozzle. PCI-50sABC with two (2) N-TF-ABC nozzles. The Qperating temperature range for ABC total flooding ap- plications is-20 F. to 120 F. (-28 C. to 48 C.). Volume: 1680 cf. per nozzle. Maximum Area: 168 sf. per nozzle. d. Piping Requirements: Maximum Height: 20 ft. Maximum Side Length: See TABLE 3-2. Pipirig diagrams include limitations on pipe length and fittings. I Height ; Figure 3-4. � ABC Total ' Flooding Nozzle Loca- tion. Side 1 i Side 2 TOTAL FLOODING PCI-15ABC w/ 1 Nozzle PIPING LIMITS PIPE MAX. MAX. MIN. MIN. TEES SECTION SIZE LENGTH ELBOWS LENGTH ELBOWS ALLOWED fCylinder to nozzle 3/4" 35' 6 5' 1 0 NOTE: 1. PCI-15ABC must always use one (1) N-TF-ABC nozzles. 2. See Table 3-1 for side length and height limitations. 3. A Main/Reserve Tee Check, Model TC-1, may be located between the cylinder and Nozzle, and counts as two el- bows in that section. 4. Minimum requirements for piping and fittings do not apply to systems protecting hazards with no splashable haz- ard. A splashable hazard exists where liquid fuel in depth greater than 1/4" is present. ULEX 3437 CEx732 February 1, 1996 t I Chapter 2 -Components Page 2-8 Rev. 1 E Model SM-120 acts as a reset relay when used with an FLOW RESTRICTOR electric gas valve. Electric gas valve wiring instructions are provided in the installation section of this manual. See A Model FR-25sBC flow restrictor is required to be placed Figure 2-21. directly before each Model N-LA-BC nozzle when used with the PCI-25sBC system for local overhead applications at any of the allowable nozzle heights. See Figure 2-23. ca PyroChem Solenold Monlfor uc„r auwcurt na+rva O D_w wE PNo-Chenti F1 Figure 2-23. Model FR-25sBC Flow Restrictor PIPE & FITTINGS 0 0 Pipe and fittings must be furnished by the installer. Sched- ule 40 black, galvanized, chrome plated, or stainless steel pipe must be used. Standard weight malleable, galvanized, chrome plated, or stainless steel fittings must also be 0 0 0 used. Figure 2-21. Model SM-24/120 Solenoid Monitor. NOZZLES Nozzles have been developed for total flooding, local appli- cation overhead, local application tankside, and duct pro- tection. The Models N-TF and N-TF-ABC nozzles are used for total flooding protection. The Models N-LA-BC and N- LA-ABC nozzles are used for local overhead application. The Model N-TS nozzle is used for ABC or BC local tank- side application. The Model WED nozzle is used for duct protection. See Figure 2-22. woo »nwo p p PYRO WTV P/Ro late i Q 0 0 0 000 000 O N-TF-ABC WED N-TF N-TS N-LA-BC N-LA-ABC Figure 2-22. Nozzles ULEX 3437 CEx732 February 1, 1996 `,. I Chapter 3 -System Design Page 3-17 Rev. 1 5.2 Using Model WED Exhaust Duct Nozzle The operating temperature range for the Model PCI-15ABC when used for ventilation duct applications is-20 F. to 120 a. Cylinders: F. (-28 C. to 48 C.). The Models PCI-1513C and PCI-15ABC cylinders can be d. Piping Requirements: used for ventilation duct applications. Piping diagrams include limitations on pipe length and b. Nozzles: fittings. The Model WED nozzle can be used for ventilation duct ap- e. Nozzle Placement: plications. The Models PCI-1513C and PCI-15ABC can sup- The nozzle is to be mounted in the center of the ventilation port one (1) Model WED nozzle. duct within six (6) inches of the beginning of the protected C. Temperature Range: duct section and aimed up into the duct with the direction of airflow. The operating temperature range for the Model PCI-15BC f. Nozzle Coverages: when used for ventilation duct applications is-40 F. to 120 'F. (-40 C. to 48 C.). The Pyro-Chem Models PCI-15 BC and PCI-15ABC can be used to protect up to 23 feet of ventilation duct,with a ` maximum perimeter of 12 feet and no 900 changes in direc- tion,using one(1) Model WED nozzle. 23' Max. Duct Protection Using WED PCI-15ABC/ BC w/ 1 Nozzle PIPING LIMITS PIPE MAX. MAX. MIN. MIN. TEES SECTION SIZE LENGTH ELBOWS LENGTH ELBOWS ALLOWED Cylinder to nozzle 3/4" 35' 6 0' 0 0 NOTE: 1. PCI-15ABC/BC must always use one (1) WED nozzle. 2. A Main/Reserve Tee Check, Model TC-1, may be located between the cylinder and Nozzle, and counts as two el- bows in that section. EX 3437 CEx732 February 1, 1996 �t 'Chapter 2 -Components Page 2-2 ,. Rev. 1 CYLINDER BRACKETING - - - -- Vertical wall mounting for the PCI-15BC/ABC and o O PCI-25sBC/ABC is provided by the Model MB-15 mounting Pyro Chem InC. bracket kit. Vertical wall mounting for the PCI-50sBC/ABC _ is provided by the Model MB-1 mounting bracket kit. TUPULL PIN TO RELEASE FIRE O See Figure 2-3. RN HANDLE XIMMa o ME M00EL MCH For vertical floor mounting of the PCI-25sBC and PCI-25sABC an 8" unistrut type mounting bracket is avail- A able, the Model MB-U8. `''' For vertical floor mounting of the PCI-50sBC and Figure 24. Mechanical Control Head. PCI-50sABC a 10" unistrut type mounting bracket is avail- MODEL ECH - able, the Model MB-U10. ELECTRIC CONTROL HEAD The Model ECH electric control head is an electrically oper- ated control head which can be connected to the PCIA 5/25s/50s cylinder valve. This control head will sup- port an electric thermal detection system, a remote me- chanical pull station (Model RPS-M), and a mechanical or electric gas shutoff valve. It will not support a fusible link detection system. A miniature electric switch(Model MS- SPDT)is included. The Model ECH control head is available in both 120 VAC(Model ECH-120)and 24 VDC (Model ECH-24). It is equipped with a local manual control handle that allows for mechanical system actuation. Operation of the local manual control requires removing the pull pin and rotating the handle clockwise. The Model ECH control head can actuate a maximum of three(3)cylinders. See Figure 2-5. C� ( Aktmap Chem Inc`' O Figure 2-3. Mounting Brackets MB-15 and MB-1. PULL PIN TO RELEASE FIRE TUR N O .SMK TURN HANDLE MODEL ECH MODEL MCH - Mro��M p MECHANICAL CONTROL HEAD K� The Model MCH mechanical control head is a fully mechani- cal control head which can be connected to the Figure 2-5. Electric Control Head. PCI-15/25s/50s cylinder valve. This control head will sup- port a fusible link detection system, a remote mechanical MODEL NMCH - pull station(Model RPS-M), and a mechanical or electric gas MECHANICAL CONTROL HEAD shutoff valve. A miniature electric switch(Model MS-SPDT The Model NMCH Mechanical Control Head is a fully me- or MS-DPDT)can be ordered separately and field installed. chanical control head which can be connected to the It is equipped with a local manual control handle that allows PCL-15/25s/50s cylinder valve. This control head will sup- for mechanical system actuation. Operation of the local port a fusible link detection system, a remote mechanical manual control requires removing the pull pin and rotating pull station (Model RPS-M), and a mechanical or electric the handle clockwise. The Model MCH control head can ac- shut-off valve. A miniature electrical switch (Model MS- SPDT or MS-DPDT) can be ordered separately and field in- tuate a maximum of three(3)cylinders. See Figure 2-4. stalled. There is no local manual actuation for the Model NMCH. The Model NMCH control head can actuate a maximum of three (3) cylinders. The Model NMCH can be used as a direct replacement for the Model MCH. ULEX 3437 CEx732 February 1, 1996 '- ' - 1 ,�i r'�. +i 1 i a d S-Lo�f/Lp APR 19 2005 WESTSIDE FIRE & SAFETY SUPPLY P. O. Box 712 Marysville WA 98270 Phone (360) 653-7082 Job: Subert & Walker "W 59"' Ave. NE U 01 Arlington,WA 98223 Installation of Total Flood Fire Suppression System in spray booth. Dimensions of booth 8' x 8' x 15' - 34" duct 960 cubic feet - 120 square feet 1. System Pyro Chem PCI 50 lb ABC Total Flood 2. Piping used: % inch galvanized balanced piping 3. Four(4) N-LA-ABC nozzles coving booth & duct area 4. Remote pull installed 5. Two (2) 1201 heat sensors covering booth & duct area 6. System is UL approved for this application ;::ApAFkTNjEmT u IBUIL()ING DE APPPU'VF L--- o� o .5ru-0 57 By sl.t4 KOC8IZED pByToe .1 i -..�._� �i I I II I I ti _ �� A ��� I L�zA�� iI/��: I� ����, 0 O M N O � s o 0 07 c C a� O in a y X r? A Z o is X N N �u�!l 8-1 eqnl V xLn Q r� F7 0 1 1u5"!l 8-1 agnl V 00 O 0 10 z � O O m 4- c 0 a- �u�!l 8-1 eqnl a) c w O I � I� > u4P!M I1pJan0 „00''F-,8 a CL - ;. _ � I C. C. N cn T N O aJ [0 (� c W o r x L _ \ y _ o � k z v Y � m s � � J y � 2 c m a� N W 1 � O Z 3 m U N O N L7 Chapter 2 -Components Page 2-1 Rev. 1 CHAPTER II COMPONENTS CYLINDERS & VALVE 4. PCI-25sABC. This system is charged with 25 pounds of Pyro-Chem automatic dry chemical systems are supplied in mono ammonium phosphate based dry chemical, Pyro- 15 pound, 25 pound, and 50 pound capacity cylinders. Chem #450-020170. It is Listed for use in total flooding, They are the Models PCI-1513C, PCI-15ABC, PCI-25sBC, local overhead, and local tankside applications. It is rated PCI-25sABC, PCI-50sBC, and PCI-50sABC. Each cylinder to protect Class "A", "B",and "C" hazards. must be separately piped to its own nozzles. All models 5. PCI-500C. This system is charged with 50 pounds of are charged with dry nitrogen to 350 psi @ 70' F. These systems are for indoor hazard protection only.The particu- regular sodium bicarbonate based dry chemical,Pyro-Chem lar models are as follows: #450-020162. It is Listed for use in total flooding, local overhead, and local tankside applications. It is rated to pro- 1. PCI-156C. This system is charged with 12.5 pounds of tect only Class "B" and "C" hazards. regular sodium bicarbonate based dry chemical,Pyro-Chem 6. PCI-50sABC. This system is charged with 50 pounds of #450-020162. It is Listed for use in total flooding applica- mono ammonium phosphate based dry chemical, Pyro- tions and for the protection of exhaust ducts. It is rated to Chem #450-020170. It is Listed for use in total flooding, protect only Class "B" and "C" hazards. local overhead, and local tankside applications. It is rated 2. PCI-15ABC. This system is charged with 12.5 pounds of to protect Class "A", "B",and "C" hazards. mono ammonium phosphate based dry chemical, Pyro- The dimensions of the 15#, 25#, and 50# cylinder and Chem #450-020170. It is Listed for use in total flooding applications and for the protection of exhaust ducts. It is valve assemblies are shown in Figure 2-1.The cylinder is rated to protect Class "A", "B",and "C" hazards. manufactured,tested,and marked in accordance with DOT specification 413350. 3. PCI-25sBC. This system is charged with 25 pounds of The valve shown in Figure 2-2 is a pressure sealed, poppet regular sodium bicarbonate based dry chemical,Pyro-Chem type valve. It is used on the 15#, 25#, 50#, PAC-10, and #450-020162. It is Listed for use in total flooding, local PAC-200 cylinders.The valve discharge port is 3/4" NPT. overhead, and local tankside applications. It is rated to pro- tect only Class "B" and "C" hazards. MOUNTING ty�7 I n' BRACKET c MODEL NO. A B C D WEIGHT USED i �zs. PCI-15 600 21.75 2750 1900 30 ras MB-15 P S DO 2475 3050 22.00 50 Ibs MB-15 _ Li I• 10 DO 35 7S 27.75 96 bs MB-1 ALL DIMENSIONS IN INCHES Figure 2-1. Cylinder and Valve Assemblies f0 ITEM PART NO. DESCRIPTION 6 1 VALVE BODY Y 2 490-020670 DRY VALVE CAP 6 STEM ASSY. 3 4 1 3 36542D002 CONICAL SPRING 4 975-320201 RETAINING WASHER 6 5 733-020024 E-RING 6 732-020025 PRESSURE GAUGE 7 240-002026 HIGH TEMPERATURE RELIEF PLUG 6 325 12D029 VALVE BODY O-RING 7 6 741-020605 PISTON e 7 10 325-020636 PISTON O-RING Figure 2-2. Valve Cross Section ULEX 3437 CEx732 February 1, 1996 :hapt-,r 3 - System Design "age 3-6 3ev. 1 3. Total Flooding with ABC. e. Nozzle Placement: a. Cylinders: The nozzle is to be mounted in the center of the protected The Models PCI-15ABC, PCI-25sABC, and PCI-50sABC area, with the discharge holes in the nozzle no greater than cylinders can be used for ABC total flooding applications. four (4) inches from the ceiling. See Figure 3-4. b. Nozzles: f. ABC Nozzle Coverages: The Model N-TF-ABC nozzle is used for all ABC total flood- 1• Coverage for: ing applications. PCI-15ABC with one (1) N-TF-ABC nozzle. The Model PCI-15ABC can support one (1) Model N-TF- PCI-25sABC with two (2) N-TF-ABC nozzles. ABC nozzle. PCI-50sABC with four (4) N-TF-ABC nozzles. The Model PCI-25sABC can support one (1) or two (2) Volume: 960 cf. per nozzle. Model N-TF-ABC nozzles. Maximum area: 120 sf. per nozzle. Maximum height: 20 ft. The Model PCI-50sABC can support two (2)or four (4) Maximum Side Length: See TABLE 3-1. Model N-TF-ABC nozzles. 2. Coverage for: c. Temperature Range: PCI-25sABC with one (1) N-TF-ABC nozzle. The operating temperature range for ABC total flooding ap- PCI-50sABC with two (2) N-TF-ABC nozzles. plications is-20 F. to 120 F. (-28 C. to 48 C.). Volume: 1680 cf. per nozzle. Maximum Area: 168 sf. per nozzle. d. Piping Requirements: Maximum Height: 20 ft. Piping diagrams include limitations on pipe length and Maximum Side Length: See TABLE 3-2. fittings. ,y. F: i f� ,I i i Height ; Figure 3-4. ' ABC Total ; FloodingLk I -' Nozzle Loca- tion. j Side t Side 2 TOTAL FLOODING PCI-15ABC w/ 1 Nozzle PIPING LIMITS PIPE MAX. MAX. MIN. MIN. TEES SECTION SIZE LENGTH ELBOWS LENGTH ELBOWS ALLOWED Cylinder to nozzle 3/4" 35' 6 5' 1 0 NOTE: 1. PCI-15ABC must always use one (1) N-TF-ABC nozzles. 2. See Table 3-1 for side length and height limitations. 3. A Main/Reserve Tee Check, Model TC-1, may be located between the cylinder and Nozzle, and counts as two el- bows in that section. 4. Minimum requirements for piping and fittings do not apply to systems protecting hazards with no splashable haz- ard. A splashable hazard exists where liquid fuel in depth greater than 1/4" is present. LEX 3437 CEx732 ebruary 1, 1996 Chapter 2 -Components Page 2-8 Rev. 1 Model SM-120 acts as a reset relay when used with an FLOW RESTRICTOR electric gas valve. Electric gas valve wiring instructions are provided in the installation section of this manual. See A Model FR-25sBC flow restrictor is required to be placed Figure 2-21. directly before each Model N-LA-BC nozzle when used with the PCI-25sBC system for local overhead applications at any of the allowable nozzle heights. See Figure 2-23. ® m PyroCt Solendd MOnitor O ucNr owraam wa�w rw w uEcr vyro-crmm m eji Figure 2-23. Model FR-25sBC Flow Restrictor PIPE & FITTINGS 0 0 O Pipe and fittings must be furnished by the installer. Sched- ule 40 black, galvanized, chrome plated, or stainless steel pipe must be used. Standard weight malleable, galvanized, chrome plated, or stainless steel fittings must also be 0 0 0 used. Figure 2-21. Model SM-241120 Solenoid Monitor. NOZZLES Nozzles have been developed for total flooding, local appli- cation overhead, local application tankside, and duct pro- tection. The Models N-TF and N-TF-ABC nozzles are used for total flooding protection. The Models N-LA-BC and N- LA-ABC nozzles are used for local overhead application. The Model N-TS nozzle is used for ABC or BC local tank- side application. The Model WED nozzle is used for duct protection. See Figure 2-22. M-Pol-cl R.W K4W PYRO N•TF PIRG Ki6 �p F 0 *3 0 0 0 000 000 0 N-TF-ABC WED N-TF N-TS N-LA-BC N-LA-ABC Figure 2-22. Nozzles ULEX 3437 CEx732 February 1, 1996 Chapter 3 -System Design Page 3-17 Rev. 1 5.2 Using Model WED Exhaust Duct Nozzle The operating temperature range for the Model PCI-15ABC when used for ventilation duct applications is-20 F. to 120 F. 11-28 C. to 48 C.). a. Cylinders: The Models PCI-1513C and PCI-15ABC cylinders can be d. Piping Requirements: used for ventilation duct applications. Piping diagrams include limitations on pipe length and b. Nozzles: fittings. The Model WED nozzle can be used for ventilation duct ap- e. Nozzle Placement: plications. The Models PCI-1513C and PCI-15ABC can sup- The nozzle is to be mounted in the center of the ventilation port one (1) Model WED nozzle. duct within six (6) inches of the beginning of the protected c. Temperature Range: duct section and aimed up into the duct with the direction of airflow. The operating temperature range for the Model PCI-1513C f. Nozzle Coverages: when used for ventilation duct applications is -40 F. to 120 -F. (-40 C. to 48 C.). The Pyro-Chem Models PCI-15 BC and PCI-15ABC can be used to protect up to 23 feet of ventilation duct,with a maximum perimeter of 12 feet and no 90'changes in direc- tion,using one(1)Model WED nozzle. 23' Max. Duct Protection Using WED PCI-15ABC/ BC w/ 1 Nozzle PIPING LIMITS PIPE MAX. MAX. MIN. MIN. TEES SECTION SIZE LENGTH ELBOWS LENGTH ELBOWS ALLOWED Cylinder to nozzle 3/4" 35' 6 0' 0 0 NOTE: 1. PCI-15ABC/BC must always use one (1) WED nozzle. 2. A Main/Reserve Tee Check, Model TC-1, may be located between the cylinder and Nozzle, and counts as two el- bows in that section. EX 3437 CEx732 February 1, 1996 Chapter 2 - Components Page 2-2 Rev. 1 CYLINDER BRACKETING Vertical wall mounting for the PCI-15BC/ABC and O PCI-25sBC/ABC is provided by the Model MB-15 mounting PyrO Chem Inc. bracket kit. Vertical wall mounting for the PCI-50sBC/ABC is provided by the Model MB-1 mounting bracket kit. PULL PIN (ITU TO RELEASE FIRE O See Figure 2-3. RN HANDLE XfLvc�1MNG MI MODEL MCH MCHN For vertical floor mounting of the PCI-25sBC and PCI-25sABC an S" unistrut type mounting bracket is avail- 4 able, the Model MB-LIB. For vertical floor mounting of the PCI-50sBC and Figure 2-4. Mechanical Control Head. PCI-50sABC a 10" unistrut type mounting bracket is avail- MODEL ECH - able, the Model MB-1,110. ELECTRIC CONTROL HEAD The Model ECH electric control head is an electrically oper- ated control head which can be connected to the PCIA 5/25s/50s cylinder valve. This control head will sup- port an electric thermal detection system, a remote me- chanical pull station(Model RPS-M), and a mechanical or electric gas shutoff valve. It will not support a fusible link detection system. A miniature electric switch(Model MS- SPDT) is included. The Model ECH control head is available in both 120 VAC(Model ECH-120)and 24 VDC(Model ECH-24). It is equipped with a local manual control handle that allows for mechanical system actuation. Operation of the local manual control requires removing the pull pin and rotating the handle clockwise. The Model ECH control head can actuate a maximum of three(3)cylinders. See Figure 2-5. Pyr Chem Inc`." O Figure 2-3. Mounting Brackets MB-15 and MB-1. PULL PIN TO RELEASE FIRE O TU RN HANDLE XMMSW*SMK MODEL MCH - MODEL ECH IY'WY ©MECHANICAL CONTROL HEAD O The Model MCH mechanical control head is a fully mechani- cal control head which can be connected to the Figure 2-5. Electric Control Head. PCI-15/25s/50s cylinder valve. This control head will sup- port a fusible link detection system, a remote mechanical MODEL NMCH - pull station (Model RPS-M), and a mechanical or electric gas MECHANICAL CONTROL HEAD shutoff valve. A miniature electric switch (Model MS-SPDT The Model NMCH Mechanical Control Head is a fully me- or MS-DPDT)can be ordered separately and field installed. chanical control head which can be connected to the It is equipped with a local manual control handle that allows PCL-15/25s/50s cylinder valve. This control head will sup- for mechanical system actuation. Operation of the local port a fusible link detection system, a remote mechanical manual control requires removing the pull pin and rotating pull station (Model RPS-M), and a mechanical or electric the handle clockwise. The Model MCH control head can ac- shut-off valve. A miniature electrical switch (Model MS- SPDT or MS-DPDT) can be ordered separately and field in- tuate a maximum of three(3)cylinders. See Figure 2-4. stalled. There is no local manual actuation for the Model NMCH. The Model NMCH control head can actuate a maximum of three (3) cylinders. The Model NMCH can be used as a direct replacement for the Model MCH. ULEX 3437 CEx732 February 1, 1996 ��' n r I I I � I • 4� WESTSIDE FIRE & SAFETY SUPPLY P. O. Box 712 Marysville WA 98270 Phone (360) 653-7082 Job: Subert&Walker 19667 59M Ave.NE Arlington,WA 98223 Installation of Total Flood Fire Suppression System in spray booth. Dimensions booth 12' x 8' x 15' - 34" duct 1440 cubic feet - 180 square feet 1. System Pyro Chem PCI 50 lb ABC Total Flood 2. Piping used: % inch galvanized balanced piping 3. Four(4)N-LA-ABC nozzles coving booth & duct area 4. Remote pull installed 5. Two(2) 1200 heat sensors covering booth & duct area 6. System is UL approved for this application RECEIVE- APR 2 6 2005 N 0 0 CD 0 m 00 0 0 s 2. 8'-0.00" Height <9 yC Z � P 00 � o r N n wg � N � i i CI .r 2 - Components Page 2-8 Rev. 1 Model SM-120 acts as a reset relay when used with an FLOW RESTRICTOR electric gas valve. Electric gas valve wiring instructions are provided in the installation section of this manual. See A Model FR-25sBC flow restrictor is required to be placed Figure 2-21. directly before each Model N-LA-BC nozzle when used with the PCI-25sBC system for local overhead applications at any of the allowable nozzle heights. See Figure 2-23. ® m e PyroCher solenold Monlbr 11�mftm ra�,w PW_ChWV% B Figure 2-23. Model FR-25sBC Flow Restricts PIPE & FITTINGS 0 0 Pipe and fittings must be furnished by the installer. Sched- 7. ule 40 black, galvanized, chrome plated, or stainless steel pipe must be used. Standard weight malleable, galvanized, chrome plated, or stainless steel fittings must also be 0 used. 0 0 Figure 2-21. Model SM-24/120 Solenoid Monitor. NOZZLES Nozzles have been developed for total flooding, local appli- cation overhead, local application tankside, and duct pro- tection. The Models N-TF and N-TF-ABC nozzles are used for total flooding protection. The Models N-LA-BC and N- LA-ABC nozzles are used for local overhead application. The Model N-TS nozzle is used for ABC or BC local tank- side application. The Model WED nozzle is used for duct protection. See Figure 2-22. Pv1q ►..�c FYM ,gyp PYRD WTF PYnO Kn 0 0 0 000 000 O 071 N-TF-ABC WED N-TF N-TS N-LA-BC N-LA-ABC i�, Chapter 3 -System Design I P ' Page 3-6 Rev. 1 3. Total Flooding with ABC. e. Nozzle Placement: I a. Cylinders: The nozzle is to be mounted in the center of the protected The Models PCI-15ABC, PCI-25sABC, and PCI-50sABC area, with the discharge holes in the nozzle no greater than four (4) inches from the ceiling. See Figure 3-4.cylinders can be used for ABC total flooding applications. f. ABC Nozzle Coverages: b. Nozzles: 1. Coverage for: The Model N-TF-ABC nozzle is used for all ABC total flood- ing applications. PCI-15ABC with one (1) N-TF-ABC nozzle. PCI-25sABC with two (2) N-TF-ABC nozzles. The Model PCI-15ABC can support one (1) Model N-TF- PCI-50sABC with four (4) N-TF-ABC nozzles. ABC nozzle. Volume: 960 cf. per nozzle. The Model PCI-25sABC can support one (1) or two l21 Maximum area: 120 sf. per nozzle. Model N-TF-ABC nozzles. Maximum height: 20 ft. The Model PCI-50sABC can support two (2) or four (4) Maximum Side Length: See TABLE 3-1. Model N-TF-ABC nozzles. 2. Coverage for: c. Temperature Range: PCI-25sABC with one (1) N-TF-ABC nozzle. PCI-50sABC with two (2) N-TF-ABC nozzles. The operating temperature range for ABC total flooding ap- plications is -20 F. to 120 F. (-28 C. to 48 C.). Volume: 1680 cf. per nozzle. Maximum Area: 168 sf. per nozzle. d. Piping Requirements: Maximum Height: 20 ft. Maximum Side Length: See TABLE 3-2. Piping diagrams include limitations on pipe length and fittings. i , Height Figure 3-4. ABC Total ' Flooding ' Nozzle Loca- tion. ; side t , 'Side z TOTAL FLOODING PCI-15ABC w/ 1 Nozzle PIPING LIMITS PIPE MAX. MAX. MIN. MIN. TEES SECTION SIZE LENGTH ELBOWS LENGTH ELBOWS ALLOWED Cylinder to nozzle 3/4" 35' 6 5' 1 0 NOTE: 1. PCI-15ABC must always use one (1) N-TF-ABC nozzles. 2. See Table 3-1 for side length and height limitations. 3. A Main/Reserve Tee Check, Model TC-1, may be located between the cylinder and Nozzle, and counts as two el- bows in that section. 4. Minimum requirements for piping and fittings do not apply to systems protecting hazards with no splashable haz- ard. A splashable hazard exists where liquid fuel in depth greater than 1/4" is present. ULEX 3437 CEx732 Fahn iary 1. 1996 Chapter 3 - System Design Page 3-16 Rev. 1 5. Ventilation Duct Coverage. The operating temperature range for the Model PCI-15ABC, PCI-25sABC, and PCI-50sABC when used for ventilation duct applications is -20 F. to 120 F. (-28 C. to 48 C.). 5.1 Using Models N-TF and N-TF-ABC Total Flooding Nozzles d. Piping Requirements: a. Cylinders: Refer to piping diagrams in Section 3 (Total Flooding with ABC) and Section 4 (Total Flooding with BC)in this chapter The Models PCI-15BC, PCI-15ABC, PCI-25sBC, for limitations on pipe length and fittings for duct PCI-25sABC, PCI-50sBC, and PCI-50sABC can be used for coverage. ventilation duct coverage. e. Nozzle Placement: b. Nozzles: The nozzle is to be mounted in the center of the ventilation The Model N-TF nozzle is used for duct protection in appli- duct within six (6) inches of the end of the protected duct cations utilizing sodium bicarbonate (BC) agent. The N-TF- section and aimed back down into the duct against the di- ABC nozzle is used for duct protection in applications util- rection of airflow. izing monoammonium phosphate (ABC) agent. f. Nozzle Coverages: c. Temperature Range: Each Total Flooding Nozzle on the Pyro-Chem Models The operating temperature range for the Model PCI-15BC, PCI-15BC, PCI-15ABC, PCI-25sBC, PCI-25sABC, PCI-25sBC, and PCI-50sBC when used for ventilation duct PCI-50sBC, and PC]-50sABC can be used to protect up to applications is -40 F. to 120 F. (-40 C. to 48 C.). 12 feet of ventilation duct with no 90'changes in direction. 12' Max. v ULEX 3437 CEx732 February 1, 1996 i Chapter 2 -Components Page 2-1 Rev. 1 CHAPTER II COMPONENTS CYLINDERS & VALVE 4. PCI-25sABC. This system is charged with 25 pounds of Pyro-Chem automatic dry chemical systems are supplied in mono ammonium phosphate based dry chemical, Pyro- 15 pound, 25 pound, and 50 pound capacity cylinders. Chem #450-020170. It is Listed for use in total flooding, They are the Models PCI-1513C, PCI-15ABC, PCI-25sBC, local overhead, and local tankside applications. It is rated PCI-25sABC, PCI-50sBC, and PCI-50sABC. Each cylinder to protect Class "A", "B",and "C" hazards. must be separately piped to its own nozzles. All models 5. PCI-50sBC. This system is charged with 50 pounds of are charged with dry nitrogen to 350 psi @ 70° F. These systems are for indoor hazard protection only.The particu- regular sodium bicarbonate based dry chemical,Pyro-Chem lar models are as follows: #450-020162. It is Listed for use in total flooding, local overhead, and local tankside applications.It is rated to pro- f. PCI-15BC. This system is charged with 12.5 pounds of tect only Class"B" and "C" hazards. regular sodium bicarbonate based dry chemical,Pyro-Chem 6. PCI-50sABC. This system is charged with 50 pounds of #450-020162. It is Listed for use in total flooding applica- mono ammonium phosphate based dry chemical, Pyro- tions and for the protection of exhaust ducts. It is rated to Chem #450-020170. It is Listed for use in total flooding, protect only Class "B" and "C" hazards. local overhead, and local tankside applications. It is rated 2. PCI-15ABC. This system is charged with 12.5 pounds of to protect Class "A", "B",and "C" hazards. mono ammonium phosphate based dry chemical, Pyro- Chem #450-020170. It is Listed for use in total flooding The dimensions of the 15#, 25#, and 50# cylinder and applications and for the protection of exhaust ducts. It is valve assemblies are shown in Figure 2-1.The cylinder is rated to protect Class"A", rote and "C" hazards. manufactured,tested,and marked in accordance with DOT specification 413350. 3. PCI-25sBC. This system is charged with 25 pounds of regular sodium bicarbonate based dry chemical,Pyro-Chem The valve shown in Figure 2-2 is a pressure sealed,poppet type valve. It is used on the 15#, 25#, 50#, PAC-10, and #450-020162. It is Listed for use in total flooding, local overhead,and local tankside applications. It is rated to pro- tect only Class"B" and "C" hazards. MOUNTING BRACKET c MODEL NO. A B C D WEIGHT USED PCI-15 6 00 2175 27 50 1900 30 b M&15 n .y P L2 B 00 2475 3050 2200 50 b M&15 10 D0 30 QQ 3575 27 75 86 b I M&1 ALL DIMENSIONS IN INCHES Figure 2-1. Cylinder and Valve Assemblies 10 REM PART NO, 0ESCRF710N 5 1 VALVE BODY 9 2 I90-020670 DRY VALVE CAP 8 STEM ASSY. f 3 R 1 3 3WUD002 CONICAL SPRING R 975-320241 IRETAWG WASHER 5 733-02DO24 E-RWG 6 732-020025 (PRESSURE GAUGE 7 24OM202@ HIGH TEMKRATURE RELIEF PLUG 1 6 325-020020 VALVE BODY O-RING v 9 741-020805 PISTON 6 10 325-020636 PISTONOAINO Figure 2-2.Valve Cross Section ULEX 3437 CEx732 February 1, 1996 . ~ u ° , . ~ - . " . - � � � . '� r ~ ` Chapter 3 - System Design Page 3-3 Rev. 1 TANKSIDE PIPING LIMITS PCI-50sABC PIPE MAX. MAX. MIN. MIN. TEES SECTION SIZE LENGTH ELBOWS LENGTH ELBOWS ALLOWED Cylinder to T1 1" 53' 6 6' 1 1 T1 to T2 3/4" 6' 2 2' 1 1 T2 to Nozzle 3/4" 6' 4 2' 1 0 Total Cylinder to Nozzle - 65' 10 16' 4 2 1 TANKSIDE PIPING LIMITS PCI-50sBC PIPE MAX. MAX. MIN. MIN. TEES SECTION SIZE LENGTH ELBOWS LENGTH ELBOWS ALLOWED Cylinder to T1 1" 65' S 5' 2 1 T1 to T2 3/4" 15, 4 2' 0 1 T2 to Nozzle 3/4" 15' 4 2' 1 0 Total Cylinder to Nozzle 95' 14 1 16' 3 2 NOTE: 1. PC[-50sABCBC must always use four(4) N-TS nozzles. 2. System piping must be balanced. Balanced piping is that in which the difference between the shortest actual pipe length from T1 to nozzle and the longest actual pipe length from T1 to nozzle does not exceed 10% of the longest ac- tual pipe length from T1 to nozzle. The number and type of fittings for all T1 to nozzle sections must be equal. 3. A Main/Reserve Tee Check, Model TC-1, may be located between the cylinder and T1,-and counts as two elbows in that section. 4. Minimum requirements for piping and fittings do not apply to systems protecting hazards with no splashable hazard. A splashable hazard exists where liquid fuel in depth greater than 1/4" is present. ULEX 3437 CUT I FR: Jim Tracy Code Consultant Tracy III Enterprizes Woodinville, WA RE: Subert& Walker 19007 59th Ave. NE Arlington, WA City Job No's 05-6355 and 05-6416 PLAN REVIEW FIRE SUPPRESSION SYSTEMS IN THREE SPRAY BOOTHS We have reviewed the plans and specifications of the 3 proposed spray booths and the Fire Suppression Systems to be installed by Westside Fire & Safety Supply of Marysville, WA. The plans are approved subject to test, field inspection and the following: 1. Verify that the exhaust fans and spray operation are interlocked as stated on the plan. 2. The acceptance test shall include a discharge of dry chemical in sufficient amounts to verify that the systems are properly installed and functional. 3. All wiring to the heat detectors shall be Fire Alarm approved type wire. 4. The manual pull stations shall be located to be visible and in the direct path of exit travel from each booth. 5. All storage of flammable liquids shall be in accordance with NFPA 30. For acceptance tests, contact Jim Tracy at 206-940-9622