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10051 PORTER RD #900_18-0907___________
10051 PORTER RD #900 City of La Porte 604 W Fairmont Pkwy La Porte, Tx 77571 (281)470-5073 INSPECTION LINE:(281) 470-5130 ****BUILDING PERMIT**** ---------------------------------------------------------------------------- Application Number . . . . . 18-00000907 Date 9/06/18 Property Address . . . . . . 10051 PORTER RD #900 HCAD Number: 129-636-000-0004 Alternate Search Method: Application type description FIRE SUPPRESSION Subdivision Name . . . . . . UNDERWOOD BUSINESS PARK Property Use . . . . . . . . Property Zoning . . . . . . . PLANNED UNIT DEVELOPMENT Application valuation . . . . 5500 ---------------------------------------------------------------------------- Type of work fire suppression ---------------------------------------------------------------------------- Owner ------------------------ GRANITA UNDERWOOD DIST CTR LP % BLACKROCK REALTY ADV INC 11757 KATY FWY STE 250 HOUSTON TX 77079 Contractor ------------------------ A-1 FIRE'EQUIPMENT 12711 EAST FRWY HOUSTON TX 77015 (713) 455-0296 Structure Information 000 000 Construction Type . . . . . NON-COMBUSTIBLE I Occupancy Type . . . . . . UTILITY & MISCELLANEOUS Flood Zone . . . . . . . . ZONE X ---------------------------------------------------------------------------- Permit . . . . . . BLDG PERMIT -FIRE SUPPRESSION Additional desc . . FIRE SUPPRESSION Permit pin number . 575910 Permit Fee . . . . 57.50 Plan Check Fee 28.75 Issue Date . . . . 9/06/18 Valuation . . . . 5500 Expiration Date 3/05/19 Qty Unit Charge Per Extension BASE FEE 20.00 5.00 7.5000 THOU BLDG - 1,001 - 50,000 37.50 ---------------------------------------------------------------------------- Special Notes and Comments September 6, 2018 12:19:51 PM lapovfl. FIRE SUPPRESSION NOTES 1. CALL FOR INSPECTION 2. AS PER FIRE MARSHALL PLAN REVIEW AND NOTES. 3. THIS PERMIT IS FOR FIRE SPRINKLER 4. CONTRACTOR/OWNER RESPONSIBLE FOR REMOVAL OF ALL CONSTRUCTION DEBRIS. 5. A BUILDING PERMIT (AND ALL ITS City of La Porte 604 W Fairmont Pkwy La Porte, Tx 77571 (281)470-5073 INSPECTION LINE:(281) 470-5130 ****BUILDING PERMIT**** ---------------------------------------------------------------------------- Page 2 Application Number . . . . . 18-00000907 Date 9/06/18 ---------------------------------------------------------------------------- Notes and Comments ,Special APPLICABLE SUB PERMITS) MAY BE BASED ON THE REMAINDER OF THE WORK TO BE DONE, HOWEVER, IF THE WORK IS NOT COMPLETED WITHIN THE ALLOTTED TIME OF THE RENEWAL PERIOD, THE BUILDING PERMIT (AND ALL APPLICABLE SUB PERMITS) MUST BE APPLIED FOR AS A NEW PERMIT, AND ALL FEES WILL BE CALCULATED FROM THE ORIGINAL PERMIT VALUATION. ---------------------------------------------------------------------------- Fee summary Charged Paid -------------------------------------- Credited Due ---------- ---------- Permit Fee Total 57.50 57.50 .00 .00 Plan Check Total 28.75 28.75 .00 .00 Grand Total 86.25 86.25 .00 .00 -------------- ��-----------------------------------g,0� Y------- (SIGNATURE OF CONTRACTOR OR AUTHORIZED AGENT) DATE (APPROVED B)LDI�ICIAL OR AUTHORIZED AGENT) DATE -ys - 18 10051 Porter Rd. Dry Chemical System for Paint Booth 1. Call for inspection 2. As per Fire Marshall plan review and notes 3. This permit is for Dry Chemical System 4. Contractor/owner responsible for removal of all construction debris 5. A building permit (and all its applicable sub permits) may be based on the remainder of the work to be done. HOWEVER, if the work is not completed within the allotted time of the renewal period, the building permit (and all applicable sub permits) must be applied for as a NEW permit, and all permit fees will be calculated from the original permit valuation. F l 1p l r'SF����iF '0'D,p• •. 9NFFO cy9�cF104 �� 47, IF THE APPROVED PLANS ARE MODIFIED, A NEW SUBMITTAL TO THE CITY IS REQUIRED PRIOR TO THE CHANGE OCCURING POM ' uME , LA PORTE. FIRE MARSHAL'S OFFICE "PLAN REVIEW" 1 Gi 1 Date 08/30/2018 _ Business Name Setpoint Address 10051 Porter Type of Review Paint Booth Contractor Reviewed by lifMeekins Fire Marshal City Permit # 18-1098 Approval YES The Applicant shall be responsible to ensure the design specifications and plans am complete and In compliance with the requirements at forth In the 2016 International Fin Cede (IFC) and Local Amsedmants as wall a the applicable referenced atantlards listed In Chapter 43 of the 2015 IFC. This plan m0 w Is not Intended to ba fully Incluaiw as other requirements my be Irm ued u warranted by the Fin Marshal or as deemed necessary during onalts Inspaetions by the Fire Marshal's Office. "THIS PLAN REVIEW MUST BE ON THE JOBSITE WITH THE APPROVED SET OF PLANSfO 1) The Fire Marshal's Office approved set of Spray Paint Booth plans, Manufacture's Product Data Sheets on all equipment being installed, and the installation permit are to be on site for all Fire Marshal's Office inspections. 2) IFC, Section 2403.2.1.3 Areas adjacent to spray booths. Electrical wiring and equipment located outside of, but within 5 feet horizontally and 3 feet vertically of openings in a spray booth or a spray room, shall be approved for Class I, Division 2 or Class H, Division 2 hazardous locations, whichever is applicable. 3) IFC, Section 2403.2.6 Smoking prohibited. Smoking shall be prohibited in flammable vapor areas and hazardous materials storage rooms associated with flammable finish processes. "No Smoking" signs complying with Section 310 shall be conspicuously posted in such areas. 4) If applicable; Spray Paint Booth Fire Protection system shall be tied into the buildings Fire Alarm system. Separate plan shall be submitted for the Fire Alarm. 5) All Exit doors shall have Fire/Panic hardware installed prior to final inspection; a. Egress doors shall be readily openable from the egress side without the use of a key, special knowledge or effort and shall not require tight grasping, tight pinching or twisting of the wrist to operate. b. Panic hardware shall be in accordance with UL 305. c. Fire Exit hardware shall be in accordance with UL 1 OC and UL 305. 6) PRESSURE/BLOW TEST — Contact the Fire Marshal's Office 24-hrs in advance to schedule a Pressure/Blow test for the Fire Protection System. System shall be fully operational at the time of the test and an inert gas (Nitrogen/CO2) shall be used to prove the system. Failure to have the system ready for inspection will result in a "failed" inspection. 125 South 311 Street, La Porte, TX 77571 ' Office: 281-867-4603 " Fax: 281-867-4629 ' 8©0..-;-r,�-•gym_ fu'J�IF.�'>t-r'1�''r.JOt"'*'©�-....Ft_1man', . R-�lOF10©©em© l moo©©ems / c: roia v O LL ° ISla1 ,...�.j� ll lade J� e I I ,° dd, O °Li - ®..�......� _ _______ _ . 171 Li I U ?A-la IbbMli l..O C¢'ttlu^ I I ¢41LLiIltl'ocrll us atv.mxoErxrt O OO O 2O'I EW Fela, I C�svw II I I I ana I jCar �C aw 0For 'If Sotpolnt IS su is uromrmoo eexsa vun omi wxim wia suW sm vmrt rz mn ire 19`0401 867-0031 and ZA 4 of _2 INew Paint booth I ®R R d SETPOINT INTEGRA _ SOLUTIONS La Porte Facility Emergency E ' oute ■ Al NI IBCarFj Lr:tkn If nmpnncmlmlmmmmm�nu nmmumu unuu rmlmlmn ulmanuu mnumuw unnmumt nuuu nuutam.wmmantnmlufm�amnmunnnmu iwncluim mwauwtlrmmunurnnruwnumuwr 1411111111111 t I ►7 .t. T If L Muster Point If You Hear the Fire Alarm Sound ALL personnel should proceed along the nearest primary or alternate egress routes to the nearest exit way. Follow the exit way and .l 7C O You are here Immediately exit the building. Use these rules in the event of an emergency: � Emergency Exit • Stop work and leave the building IMMEDIATELY when the fire alarm sounds or when you are instructed to do sot • Follow instructions, avoid panic, and cooperate with those responding to the d emergency. Fire Extinguisher • Proceed to the designated or nearest exit. • Turn off computers, equipment, fans, etc., and close office doors. • Do NOT delay your exit from the building by looking for belongings or other people. First Aid • When leaving the building, go to the "Central Meeting Point" and stay well away from the building. • Do not re-enter the building until instructed to do so by your supervisor or fire/rescue AED Station V,Z REL Engineering, PLLC, Firm # F-15489 9906 Ocean Drive and 5934 Cedar Point Road CITY City, Texas 77523 281-543-0305 cell To: Mr. Bram Zeegers SETPOINT INTEGRATED SOLUTIONS 10051 Porter RD La Porte, Texas 77571 713-851-6479 or 830-480-2056 BZeegers(rDsetpointl S.com From: REL ENGINEERING, PLLC # F - 15489 Physical Address 5934 Cedar Point Road Beach City, Texas 77523 TBPE Firm Registration # F-15489 Robert E. Lanser, P. E. #47013 Senior Civil / Structural Engineer City of Houston Special Inspector License # 1265 Mailing Address 9906 Ocean Drive Beach City, Texas 77523 — 9243 281-543-0305 boblanser@aol.com SUBJECT: PERMIT APPLICATION 18-1094 SECOND ADDITIONAL INFORMATION REQUSTED BY CITY OF LA PORTE FIRE MARSHALL AND THE CITY OF LA PORTE BUILDING PERMIT DEPARTMENT FOR ISSUING A BUILDING PERMIT FOR THE NEW COL -MET PAINT BOOTH AT SETPOINT INTEGRATED SOLUTIONS IN THE EXISTING BUILDING AT 10051 PORTER RD SUITE 900 LA PORTE TEXAS 77571 %'V 2018 zjIL TO WHOM IT MAY CONCERN, Attached is the second additional information requested by the City Of La Porte building Permit Department. FOR REVIEW AND CONCIDERATION FOR (SUING A BUILDING PERMIT FOR THE U� n copy COL -MET PAINT BOOTH AT 10051 Porter Rd. La Porte Texas 77571 Also attached is the first additional COL -MET OPEN FACE PAINT BOOTH INFORMATION requested by the LAPORTE FIRE MARSHALL AND THE CITY OF LAPORTE BUILDING PERMIT OFFICE FOR REVIEW AND CONCIDERATION FOR ISUING A BUILDING PERMIT FOR THE COL -MET PAINT BOOTH AT 10051 Porter Rd. La Porte Texas 77571 Also attached is my original information with inspection report If you have any questions, or need additional service, please call. Sincerely, PE- #4701-5 F- (54a9 Thank you Robert E. Lanser P. E. #47013 TBPE Firm Registration # F-15489 Texas Department of Insurance Windstorm Inspector AQI # 47013 Texas Windstorm Insurance Association (TWIA) Inspector City of Houston Special Inspector License # 1265 Cj Page 2 AREA LOCATION OF PAINT SPRAY BOOTH LOCATED AT SET POINT IS 10051 PORTER RD SUITE 900 LA PORTE TEXAS 77571 7/27/2018 Go gle Map Google Maps 4f'. R%g101• 1g ', _ I _ HE30FE °tf r,c vital — — CODE SEC �tltii1�(Xn-a�f� SET POINT IS ROOF 4L' I Measure distance Total distance: 179.64 ft (54.76 m) POINT INTERGRATED SOLUTIONS 10051 PORTER RD S Imagery 02018 Google, Map data C2018 Google 100 `t TEXAS 77571 https:/hv .google.com/maps/@29.6989967,-95.0808988,203m/data=!3ml!le3 1/1 A�M A I ffis I E -® C O M P A N 1 6 5 Open Front Booth IB-10-10-10 scope: Air is drawn through the front of the spray booth. This air flows through the booth's working area into the exhaust plenum at the rear of the booth and then is discharged upward into the atmosphere through the exhaust stack. This booth is provided complete, with all necessary hardware to meet the applicable national requirements established by OSHA, and the NFPA for paint booth construction. Construction Features: Panels: • Panels are fabricated from 18 Gauge galvanized steel precision punched on 6" centers for maximum rigidity. Panels are fastened together with 5/16" bolts/nuts and are to be sealed with the provided caulk following assembly. Blumination• • Lighting is provided by 48"long, 4-tube, 32 watt, T-8, fluorescent type fixtures. Fixtures are inside access rated for Class I Div. II Groups A, B, C, and D Class lI Div. Il Groups F & G. All fixtures are ETL listed and approved for their intended use and placement. Fixtures are supplied with dual ballasts to accept either 120V or 277V power. Ballasts carry a 5 year limited warranty. Filtration: • Exhaust air filters area fiberglass paint arrestor pad made specifically for the collection of paint overspray. These filters are UL rated as Class 2. A filter holding grid is provided for each filter cell. This unit is provided with one set of filters. • Manometer(s) will be provided with the unit to monitor the filter resistance and thereby offer a visual indicator of the filter's life and efficiency. Exhaust: • A tubeaxial type duct fan specifically designed and constructed for use in paint spray booths and similar applications is provided for exhaust. A precision balanced, fabricated, aluminum non -sparking fan blade moves the air through the fan. The motor, drive, and bearings are isolated from the exhaust air stream. Code Compliance' meet or exceed the requirements and recommendations of the Administration (OSHA) CFR 29.1910.107 covering the operation and construction of spray booths. Warranty: • Col -Met Engineered Finishing Solutions warrants to buyer that the equipment to be free from defects of materials or workmanship under normal use and maintenance for a period of one year. All components supplied but not provided by Col -Met Engineered Finishing Solutions shall cant' the warranty of the manufacturer. 3009 Pasadena Frwy, Suite 100, Pasadena, TX 77503 — Phone: 281-930-0808 — Fax: 281-930-0813 4.M,A* A I iis I E __ C O M P A N r• 5 The customer is responsible for the following: • All city, county, state, or federal permits • All Licenses, Listings, and Inspections • Unobstructed access to work site • Fire suppression system if required by local or state authorities • Buildings, foundations, pits, trenches, and site preparation • Supply required electric service to the service point with a disconnect • Supply required voltage transformers • Supply required clean dry compressed air to service point with cutoff valve • Supply any required gas to service point with cutoff valve • Receiving and safe, covered storage of components and equipment • Any required wall or roof penetrations and sealing as well as guy wire anchor points for the stack • Sanitary restrooms on site available to APE personnel during installation • Trash cans or dumpster for disposal of job site waste • Adherence to terms and conditions attached. Any modifications or changes to the scope of work outlined above will require submission of additional quote(s) and approval prior to the onset of that phase of work. Purchase, Payment Terms and Conditions: • Down payment of 40% is required with issue of purchase order • Progress payment of 40% due prior to shipping equipment to job site • Remaining 20% due at completion of installation and customer signoff. • Prices are valid for thirty (30) days from date of quotation. • Fabrication time from receipt of down payment is 3-4 weeks at present production level. • Delivery & Installation time is 4-5 days, depending on unlimited access to work site twenty-four (24) Hours a day, seven (7) days a week. r Some states will not allow our electricians to install and connect electrical components even though we are wonting on a piece of equipment and not a building. In this case it is the customer's responsibility to provide locally licensed electricians to make the required connections. Some states require the electrical panel to be listed by a state or local agency. Abrasive Products & Equipment uses all UL listed components in all electrical panels provided. It is the nutor er's responsibility to provide inspections and listings to state and local agencies as required. 3009 Pasadena Frwy, Suite 100, Pasadena, TX 77503 — Phone: 281-930-0808 — Fax: 281-930-0813 -1 COL=1V1 ET Industrial Auto Wood -spray booths --- • HEAVY DUTY CONSTRUCTION • BATCH AND AUTOMATED PRODUCTION DESIGNS • EASY TO INSTALL • ETL CERTIFICATION AVAILABLE EXHAUST SYSTEM FEATURES A tubeaxial exhaust fan designed specifically for use in paint spray booths powers the airflow, through the booth and exhaust stack. All exhaust fans are of non -sparking construction.The motor drive and bearings are sealed from the air stream of the exhaust Motors are provided with each unit -Control panel and other •Industry -leading light levels -Air solenoid valve -Constructed from 18 gauge, electric components can prime -quality, steel be purchased separately -Spray booth specific, dual voltage •AII panels and support T-8 32-watt light fixtures members •ETL Listed when optional are precision punched for easy nut and tbolt with assembly control panel is added � •5/16" bolt wth self locking nuts �J OVERVIEW The Open Front Booth is designed for both batch type and conveyorized production systems. Air flow is drawn in through the open front, across the work area and exhausted through a filter bank in the back of the troth. The dry arrestor filters trap the airborne overspray particles before the filtered air is discharged through the exhaust system and into the atmosphere. The booths are available in a wide range of designs to meet practically any production requirement Conveyor pass -through openings can be as much as 25% of the booth open front area, without requiring additional exhaust fan capacity. Specially engineered enclosures may be designed to meet your requirements. Air replacement units and Intake chambers can be added as well as reduced air flows for automatic spray operations. LIGHTING FEATURES Lighted booths provide a bright, full booth illumination from four -tube, 48" long, 32-watt, fluorescent light fixtures. All fixtures are UL listed and approved for their intended use and placement The light tubes are furnished with Class I Division II sealed and gasketed _-- fixtures. Industrial . Auto Wood r COL -mgspray booths Model Interior Dimensions Exterior Dimensions Qty. Qty, Fan Fan SUM @ Shipping Number Width Hei htj Length Width Height Length Lights Filters Diameter HP 1/2' SP Weight IB-04-07-05 4'-0- 7'-0" 5'-0' 4'-4' 7'-2' 7'-2' 0 8 18' .75HP 3,500 675 18-06-07-05 6'-0" 7'-0" S'-0" 6'-4' 7'-2' 7'-8' 1 12 24' 1HP 5,250 940 IB-08-07-05 8'-0' 7'-0- S'-0' 8'-4' T-2- T-8' 1 16 24' 2HP 7,150 1,240 IB-10-07-05 10'-0' 7'-0' S'-0' 10'-4- 7'-2- 8'-2" 2 20 30' 2HP 8,750 1,630 IB-12-07-07 12'-0' 7-0' 7'-0' 12'-4' 7'-2' 10'-2' 2 24 30' 3HP 10,500 1,870 I3-14-07-07 14'-0' T-O' 7'-0' 15'-0' T-6' 10'-8' 2 32 30' 3HP 12,250 2,450 IB-16-07-07 16'-0' 7'-0' 7'-0' 17'-O' 7'-6' 10'-8- 2 36 30' SHP 14,000 2,650 IB-18-07-07 18'-0' 7'-0' 7'-0' 19'-0' 7'-6' 1 I'-8' 3 40 36' SHP 15,750 3,000 IB-20-07-07 20'-0' 7'-0' 7'-0' 21'-0' 7'-6- 11'-8" 4 44 36' SHP 17,500 3,540 I8-04-08-OS 4'-0' 8'-0' Y-0- 4'-4- 8'-2' 1'-2' 0 8 18- .75HP 4,000 703 I9-06-08-05 6'-0' 8'-0" 5'-0' 6'-4' 8'-2' 7'-8' 1 12 24' i.5HP 6,000 1,020 IB-08-08-05 8'-0" 8'-0' 5'-0" 8'-4' 8'-2' T-8' 1 16 24' 2HP 8,000 1,490 IB-10-08-05 10'-0' 8'-0' 5'-0" 10'-4- 8'-2' 8'-2- 2 20 30' 3HP 10,000 1,780 18-12-08-07 12'-O' 8'-0' T-0' 12'-4" 8'-2' 10'-2' 2 24 30' 3HP 12,000 2,270 IB-14-08-07 14'-0' 8'-0' T-0' 15'-0' 8'-6" 10'-8' 2 32 30' SHP 14,000 2,600 IB-16-08-07 16'-0' 8'-0' T-0' 17'-0' 8'-6' 11'-8' 2 36 36' SHP 16,000 2,810 IB-18-08-07 18'-0' 8'-0' 7'-0' 19'-0' 8'-6' 11'-8' 3 40 36' SHP 18,000 3,150 I8-20-08-07 20'-O' 8'-0' 7'-0' 1 21'-0' 1 8'-6' 11'-8' 4 44 42' SHP 20,000 3,690 IB-04-10-05 4'-0" 10'-0 5'-0' 4'-4" 10'-2' 7'-2' 0 10 18, 1.5HP 5,000 1,100 IB-06-10-05 6'-0' 10'-0' 5'-0' 6'-4- 10'-2- 1'-8- 1 15 24' 2HP 7,500 1,650 IB-08-10-05 8'-0' 10'-0' 5'-0' 8'-4' 10'-2' 8'-2' 1 20 30' 2HP 10,000 1,900 IB-10-10-05 10'-0' IOA' 5'-0' 10'-4' 10'-2' 8'-2' 2 25 30' 3HP 12,500 2,350 I3-12-10-07 12'-0' 10'-0' 7'-0' 12'-4" 10'-2' 10'-2" 2 30 30' SHP 15,000 2,500 I3-14-10-07 4'-0' 10'-0" T-0' 15'-0' 10'-6' 11'-8' 2 40 36' SHP 17,500 3,000 18-16-10-07 16'-0' 10'-0' T-0' 17'-0' 10'-6' 11'-8' 2 45 42' SHP 20,000 3,400 I11-18-10-07 18'-0' 10'-0' 7'-0' 19'-0' 10'-6' 11'-8' 3 SO 42' SHP 22,500 4,000 IB-20-10-07 20'-0' 10'-0' 7'-0' 21'-0' 10'-6" 11'-8' 4 55 42' 7.5HP 25,000 4,400 18-04-12-05 4'-0' 12'-0' 5'-0' 4'-4' 12'-2' 7'-8- 0 12 24' 1.5HP 6,000 975 18-06-12-05 6'-0' 12'-0' 5'-0' 6'-4' 12'-2' 7'-8' 1 18 24" 3HP 9,000 1,500 IB-08-12-05 8'-0' 12'-0' 5'-0' 8'-4' 12'-2- 8'-2' 1 24 3W 3HP 12,000 1,700 IB-10-12-05 10'-0' 12'-0' 5'-0' 10'4 12'-2' 8'-2' 2 30 30" SHP 15,000 2,200 IB-12-12-07 12'-0' 12'-0' 7'-0' 12'-4' 12'-2' 11'-2" 2 36 36" SHP 18,000 2,500 I11-14-12-07 14'-0' 12'-0' T-0' 15'-0' 12'-6" 11'-8' 2 48 42" SHP 21,000 3,200 I3-16-12-07 16'-0" 12'-0' 7'-0' 17'-0' 12'-6' l l'-8' 2 54 42' 7.5HP 24,000 3,500 I9-18-12-07 18'-0' 12'-0' 7'-0' 19'-0' 12'-6' 11'-8" 3 60 42' 7.5HP 27,000 4,100 IB-20-12-07 20'-0' 12'-0' 7'-0' 21'-0' 12'-6' 11'-8' 4 66 42' IOHP 30,000 4,700 Ref. Key I A I B C I I D e 0 �1 p 1 F ��$, MMYRI eoet FlLYIlp1 COL -MET SPRAY BOOTHS COMPLY WITH ALL APPLICABLE OSHA AND NFPA REGULATIONS AIPIE 010 Z�k October 17, 2017 Setpoint Integrated Solutions Attn: Mr. Corey Jones 10051 Porter Road, Suite 900 LaPorte, TX 77571 Dear Corey: I am pleased to provide the following budgetary quote for (1) Col -Met Spray Booths Model #IB-10- 10-10-00, Open Front Booth. While reviewing the quote if you have any questions or concerns please feel free to contact me. Abrasive Products and Equipment, LLC is dedicated to providing assistance needed in designing, building, refurbishing and providing service for blast equipment. Thank you for the opportunity to be of service to you and your company. We look forward to doing business with you. Best Regards, Dan Engel Abrasive Products and Equipment, LLC 3009 Pasadena Frwy, Suite 100, Pasadena, TX 77503 — Phone: 281-930-0808 — Fax: 281-930-0813 �- AIFVIE �_ C O M P A N I E S Open Front Spray Booth: Booth system will contain the following: One (1) — Col -Met Engineered Finishing Solutions Enclosed Industrial Booth Model # l B-10-10-10 with working dimensions of: 10'-0" wide x 10'-0" tall x 10' deep. Approximate overall dimensions will be 10'-4" wide X 10'-2" tall X 13'-2" deep. One (1) - 30"0, 31 P tubeaxial fan operating at 12,500 SCFM @ .5" static pressure will provide exhaust. Four (4) — ETL listed Class I Div. 11, sealed and gasketed inside access; fluorescent light fixture will supply illumination. (4) Roof mounted fixtures. Light bulbs will be supplied by Col -Met. One (1) - i1L / ETL listed control panel — 480V/3ph/60hz One (1) — %", 120V solenoid valve for exhaust fan interlock One (1) — Manometer Mark 11-25 will be provided Open Front Booth System Total - F.O.B. Rockwall, TX ............................ $ 8,210.00 30" diameter Stack Package (18ga. galy. spiral pipe) ............................... $ 3,686.00 TurnkeyInstallation..........................................................$ 4,560.00 Total $16,456.00 Power Requirements : 20 AMP — 480V/3PH Optional Dry Chemical Fire System: • Design and install a new pre-engineered dry chemical system • System to be in accordance with NFPA 17 Standards and manufactures listed manual • Price includes design, Amerex components, misc. pipe and installation • Price includes permit fee and Fire Marshal puff test fee FireSystem Cost: .......................................................................... $ 7,500.00 ** **Estimate from similar size installation, number good for budget purposes. 3009 Pasadena Frwy, Suite 100, Pasadena, TX 77503 — Phone: 281-930-0808 — Fax: 281-930-0813 c , B I 6 �m II, 0 _ �Ii n. 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FRONT VIEW mrlaa�im rrt�lr::r""+�Y Yo .«nAuaT m oaTRBinL:R laaow.wwlrawmr, rxanrlml m-nu �lmrrsarewu rnL�w m�n�om.r��®��laa www. CD! Asreo�neroutwtsal tlmuPR o�"mw�unm.�e®tea 14 onD V.ma REv MlgwWip Real M{aY• Exr-10-laosms mxvrvvcmnrrY m SCldE: 1:31 SHEEP 10F2 B 7 6 5 C c e 3 STIFFENER 4 i PANEL PANEL 't —INSTALL PANEL STIFFENERS — ON THE OUTSIDE OF CELING j PANEL JUNCTION AS SHOWN DO NOT INSTALL INBETWEEN 1 B BOA WLV.6fEEL e�- mrm r+uau�we :OL-SV�I Em 6 7 6 5 14, 4 1 3 2 r Ex SnNG PAINT Boom — - - - — 1 CONTROL PANEL D D DUSTING PAINT ` 10-2' BOOTH PROPOSED COL -MET MODEL 3G' I13-10-Io-lo TT } L L C G G C ' H T H T offset 16.5' to hit center 1 10, of the building trusses. L i L j MJIB G G H H T T CRANE i B ; 38' B ----------------- O A ! 13'-2 A 6UD1� sieac WPM NROIAIED smum s rasovr. suv um- a wan �cmv zia tram aa- w APE1017170 81 7 6 1 5 Ir 4 1 3 1 2 1 1 a AMEREX U.L. 1254 INDUSTRIAL FIRE SUPPRESSION SYSTEM BILL OF MATERIALS --+ CA= rQ _O QTY. NAME co F= � 30'DIA X 39' 3 16226 JOB LINK 286 DEG Z a Z 2 16207 IS 35 ABC CYLINDER Q 1 16206 IS 18 ABC CYLINDER a U U 1 11993 PULL MECH 4 FT HIGH 1 AB6 BROOKS BELL W O 6 16172 TOTAL FLOOD NOZ 2 16192 SCREEN NOZ ;� Q 2 16190 DUCT NOZZLE OL y Z 3 16157 PNEU. CNTRL HEAD Q �� �- W 3 14929 CYLINDER BRACKET U 1 12856 MRM 10 Cu IN N2 CYL Aai 1 10173 VENT CHECK - " 3 12508 LINK BRACKET N �LLW a� � � h �? r 1 " GJ � 6CR c ,f 10, NOTES AMEREX PRE-ENGINEERED DRY C SYSTEM / " " 4' ACTUATION BY FUSE LINK DETECTION OR MANUAL PULL ON ACTUATION FAN SHUTDOW AND ALARM ELECTRIC BY OTHERS 10, 10' Piping Requirements: System piping must be balanced. Balanced \ / 10051SETPOINTPO piping is that in which the difference between the shortest actual \v"/ 10051 PORTER RD SUITE 900 pipe length from any W TEE to nozzle and the longest actual pipe \ LAPORTE, TEXAS length from any W TEE to nozzle does not exceed 10% of the A-1 FIRE EQUIPMENT longest actual pipe length from any W TEE to nozzle. Piping runs PERMIT APPLICATION DRAWING 12711 1-10 EAST from the 1" TEE to each of the W TEE's must be equal in HOUSTON, TVAS 77015 length. The number and type of fittings for all TEE to nozzle NOT TO SCALE ECR-131e /4�_[-5-98 / sections must be equal. t A-1 FIRE EQUIPMENT CO., INC. P.O. BOX 9953-12711 EAST FREEWAY- HOUSTON, TX 77213 DATE: May 23, M8 TO: City of LaPorte RE: Setpoint 10051 Porter Rd Suite 900 LaPorte, Texas ENCLOSED FIND THE FOLLOWING PRINTS AND / OR DATA COPIES DESCRIPTION 3 Amerex Pre -Engineered Dry Chem System for Paint Booth YOUR APPROVAL AND OR CORRECTIONS SUBMITTAL PURPOSES REVISIONS AND OR CORRECTION Phone: (713) 455-0296 Fax: (713) 455-4323 www.a-tflre.net FIRE EXTINGUISHERS SALES & SERVICES FIRE EQUIPMENT DEMONSTRATIONS RESTAURANT HOOD SYSTEMS ENGINEERED FIRE SYSTEMS HALON-CO2-DRY CHEMICAL FIRE ALARM SYSTEMS REMARKS Amerex Pre -Engineered Dry Chem System for Paint Booth. Please call if you have questions. O 713-455-0296 C 713-539-1751 THANK YOU KEVIN CO IN MAY 2 3 2018 a P/N 15040 Component Descriptions PAGE 2-1 CHAPTER 2 COMPONENT DESCRIPTIONS Agent Cylinder Assembly (item 1): The agent cylinder is available in three configurations. Models ISIBABC (P/N 16206), IS35ABC (P/N 16207) , and IS45ABC (P/N 16208) are charged with AMEREX multi -purpose ABC dry chemical agent. The cylinder assemblies are stored pressure designs with an operating pressure of 350 psi (2413 KPa) at 70'F (21'C). The cylinders are constructed of welded steel to DOT 4BW 350 specifications. All three models are 9 inches (22.9 cm) in diameter. The discharge valve, which is common to all agent cylinders, is of rugged forged brass construction. The valve is equipped with a 350 psi (2413 KPa) pressure gauge and a fusible element pressure relief plug. The valve controls agent discharge via a spring loaded, internal sealing stem that must be depressed from the top of the valve to initiate agent discharge. The operating temperature of this and other listed system components is -40 F to 120'F (-400C to 49'C) for Total Flood, -20'F to 120'F (-29'C to 49'C) for Tankside Local Application, Vehicle and Open Front Paint Spray Booths, and 32'17 to 120'F (0'C to 49'C) for Overhead Local Application. Warning: Agent cylinders are shipped from the AMEREX factory fully charged with a shipping plate installed on the top of the valve to prevent accidental agent discharge and an anti -recoil plate on the valve outlet to redirect chemical flow should an accidental discharge occur. Both of these plates must be removed at installation. 9 (23cm) 17 13/16 (45.2cm) IS 18 IS 35 and 45 31 (78.7cm) Dry Chemical Agent (Item 2): For recharging of the Agent Cylinder Assemblies, following a discharge: Amerex multi -purpose ABC Dry Chemical in 50 lb. pails is P/N 09781, (CH 555 Dry Chemical) MSDS and HMIS information on these agents are found In the Appendix Section of this manual. LMAY 2 3 2018 UL EX 5208 April 9, 2013 P/N 15040 Component Descriptions PAGE 2-2 Agent Cylinder Bracket (Item 3): The agent cylinder bracket is constructed from 1/8 inch (3.2mm) steel & painted to resist corrosion. The part number for this cylinder bracket is P/N 14929. This bracket assembly will accommodate either the 1518 or the taller IS35/45 agent cylinders, and contains two stainless steel straps for securing the cylinder to the bracket back (use only one strap for the IS18 cylinder). Heavy —Duty Floor/Wall Mount Brackets Agent Cylinder Bracket, Heavy -Duty Wall/Floor Mount: These brackets are constructed of heavier -gauge steel (3/16" and 1/4" with stainless steel strap -retaining hardware). Note that P/N 10180 is used for the 1518, while the P/N 10181 is used for either the IS35 or the 1S45. Each bracket uses two straps IS18 Bracket, P/N 10180 1535/45 Bracket, P/N 10181 Agent Cylinder Discharge Valve Assembly (Item 4): The machined brass Discharge Valve, when mated to the Pneumatic Control Head, is actuated pneumatically from either the Mechanical Release Module (MRM), the Pneumatic Release Module (PRM), or the Electronic Control Head (ECH). Valve replacement components are shown at right. The complete Discharge Valve Assembly for the two cylinder sizes are: IS18 Discharge Valve Asy: P/N 15830 1535 / 45 Discharge Valve Asy: P/N 15831 UL EX 5208 YALW: 52EW 9 W 16215 SPRWG WASIVt 10102 SPRWG 15834 MIX =I INN IC 212-F. P SS GAO , 350 P51 0 714 IA W S1 0-RING 10733 - VALW SI ASY 16214 COLLAR 0-RWIG 05239 1`N� � 16212 .1935 AI61 1A5 - 16213 1 April 9, 2013 s P/N 15040 Component Descriptions PAGE 2-3 Mechanical Release Module (Item 5): Referred to as the MRM, P/N 11977 is used to actuate the Agent Cylinder Discharge Valve either automatically or manually by puncturing a Nitrogen Cylinder. The pressure from the cylinder pneumatically actuates the Pneumatic Control Head(s), which, in turn, opens the Agent Cylinder Valve(s). Automatic release of dry chemical agent is accomplished when a Fusible Link Detector separates under a fire condition and releases tension on the cable. This causes a spring -loaded plunger to perforate the seal on the Nitrogen Cylinder and releases nitrogen through the Actuation Hose/ Piping Network to the Pneumatic Control Head(s) / Discharge Valve(s). Manual release of agent is accomplished by pulling on a Manual Pull Station, which is connected to the Mechanical Release Module by a cable. The Mechanical Release Module is intended for indoor use only, and is equipped with one Microswitch (P/N 12524) for electrical signaling, power shutdown and other auxiliary functions. An additional three Microswitches may be added. Mechanical Release Module II (Item 5): The new MRM II combines the same features and functionality of the 11977 MRM (see above) along with increased detection capabilities and a far simpler means of setting the detection cable tension. The MRM II is available in the following configurations, now pre -Installed in its own enclosure: P/N 18000: MRM II with red -painted steel enclosure P/N 18001: MRM II with stainless steel enclosure The method of setting the detection cable tension on the MRM II does not require the use of any tools (once the cable is locked down into the large, knurled wind-up spool). A large lever to the right of the spool is used to increase the cable tension. Alignment of the bottom edge of the lever with markings on a label on the mounting plate indicates when the proper tension has been reached. In addition to being easier to set up, lowering cable tension to change out detection links is now also much simpler. MAY 23 ?018 UL EX 5208 April 9, 2013 P/N 15040 Component Descriptions PAGE 2-4 Microswitch (Item 6): Amerex P/N 12524 0 SPDT, 21 Amps, 125, 250 or 277 VAC, o 1HP 125, 250, 277 VAC; 2HP, 250, 277 VAC Microswitches, (P/N 12524), designed to be mounted in the Mechanical Release Module (MRM / MRM II), the Pneumatic Release Module (PRM) and Electrical Release Module (ERM), are used to control various output functions. These output functions may involve turning off or turning on power. Examples of output functions are: Sounding a visual or audible alarm, operate an Electrical Gas Valve, shut off Supply Air Fans or other electrical devices designed to shut off or turn on upon system actuation. Two field -useable P/N 12524 SPDT (Single Pole, Double Throw) switches are pre -installed in the both the MRM, the PRM, and the ERM (a wire gutter is provided to aid in electrical installation). Up to two additional SPDT switches may be added to the MRM and PRM (two for the ERM) for the following configurations: SPDT, DPDP, 3PDT, and 4PDT (MRM). Microswitches are intended for Indoor use only. All Microswitch connections are to be made outside the MRM / PRM in an approved junction box. Microswitch connections are allowed inside the ERM. Color Code: Red = Common, Yellow = N.O., Black = N.C. Alarm -Initiating Microswitch (Item 6): Amerex P/N 18312 SPST 0.25A, 30 VDC, N.O. The optional alarm initiating microswitch, (P/N 18312) , is used when it is required to be electrically connected to a fire alarm system per NFPA 17 and NFPA 72 in a supervised, four -wire manner. It is designed to be mounted in the Mechanical Release Module (MRM / MRM II) and the Pneumatic Release Module (PRM) only for the purpose of initiating an alarm in a fire alarm system. All Microswitch connections are to be made outside the MRM / PRM in an approved junction box. Enclosure - Mechanical Release Module (Item 7): [Painted — P/N 128531 [Stainless Steel — P/N 13393) Either painted (red) or stainless steel are available for secure mounting of the MRM. Knockouts are provided for installation of all external devices. Viewports for system status indicator and external inspection of nitrogen actuation cylinder are provided. Size: (A) width = 10" (25.4 cm) (B) depth = 5" (12.7 cm) (C) height = 11 W (51.5 cm) 401 The cable for the gas valves, manual pull stations and detection network may be attached to the MRM from any of three sides (top, bottom, and right). MAY 2 3 2018 UL EX 5208 April 9, 2013 J P/N 15040 Component Descriptions PAGE 2-5 Electrical Release Module (Item 8): (DISCONTINUED) Known as the ERM, P/N 15780 is a Control Panel conforming to UL 864. The ERM is mechanically very similar to the MRM, but with differences that include: Electric Thermostat Actuation, Electric Manual Pull Station(s), electronically -controlled Discharge Time Delay, and Local Alarm capabilities with 24 hour standby (internal back-up batteries). The functions that are similar to the MRM include: Pneumatic Actuation (but with a larger, 15 in Nitrogen Actuation Cylinder) and Mechanical / Electrical Gas Valve capabilities. The ERM contains one useable plate -mounted Microswitch, with provisions to add an additional two Microswitches. Additionally, an Immediate Transfer Relay, switched 24VDC outputs, and a Trouble Relay are included. All electrical components are fully supervised, and the module contains the Status LED Indicators: "System OK", "Fire", "Silence", and 'Trouble". The ERM comes with its own 16 gauge, red -painted, locking enclosure. Refer to the Design and Installation Manual, P/N 15827, for more details on the ERM. ERM Back-up Batteries (Item 9): In order to provide the required 24 hours of standby, followed by five minutes of alarm in the event of power failure, two (2) P/N 16202 Back-up Batteries are required to be installed inside the ERM. Perform your battery calculations per the P/N 15827 Design and Installation Manual for the ERM. Electric Control Head (ECH) (Item 10): P/N 19352 The ECH is to be used in cases where electrical detection is desired or required, due to physical hazard size or other design considerations. This control head replaces the ERM which has been discontinued. Other components that are necessary to complete an installation with the ECH are as follows (but not limited to): P/N 19347 Nitrogen Actuation Cylinder P/N 16197 28 in Nitrogen (RNA) Cylinder P/N 17014 Electric Actuator P/N 19340 Releasing Panel, SR-X P/N 17001 Manual Actuation Button (optional) P/N 17839 Cap Electric Actuator (optional) An Installed ECH has the capability of pneumatically firing up to twenty Amerex Dry Chemical cylinders. Additional RNA assemblies in the actuation network can fire a total of 80 (eighty) Amerex Dry Chemical cylinders. Manual actuation can be accomplished with the optional P/N 17001 Manual Actuation Button installed on top of the P/N 17014 Electric Actuator, and/ or with Amerex Electric Pull Station(s) connected to the Amerex SR-X Releasing Panel. See the relevant sections of this manual for design, installation and servicing requirements. The ECH is intended for indoor use, only. Two stainless steel band clamps (not shown) are included with the ECH assembly for securing the two nitrogen cylinders to their brackets. The ECH is not supplied with an outer enclosure. UL EX 5208 April 9, 2013 P/N 15040 Component Descriptions PAGE 2-6 Discharge Nozzles (Item 11): (5.56 cm) (6.07 cm) (6.07 cm) UL EX 5208 Local Application, Overhead (LAOH) Nozzle (P/N 16216) This nozzle is designed for Local Application of Dry Chemical Agent from directly overhead the fire hazard. NOZZLE BLOW — OFF CAP Tankside (TS) Local Application Nozzle (P/N 16170) _ This nozzle is designed for Application of Dry Chemical Agent across the surface of the hazard, from the side. NOZZLE BLOW — OFF CAP Total Flood (TF) Nozzle (P/N 16172) This nozzle is designed for Total Flooding Application of Dry Chemical Agent into an enclosure with no more than 5% total uncloseable openings. See Chapter 3A _ for other limitations. It is also used in Vehicle Paint Spray Booth and Open Front Spray Booth applications NOZZLE BLOW— (see Chapter3A). OFF CAP April 9, 2013 P/N 15040 Component Descriptions PAGE 2-7 { 2.39"� (6.08 cm) (5.84 cm) (6.07 cm) 2.375" (6.03 cr NOZZLE BLOW - OFF CAP NOZZLE BLOW OFF CAP NOZZLE BLOW - OFF CAP NOZZLE BLOW - OFF CAP Replacement Nozzle Blow -Off Caps (Item 12): Three -Way Nozzle (P/N 16174) This nozzle is specifically tailored for certain Vehicle Paint Spray Booth Plenum hazards (see Chapter 3A). Duct and Plenum (D/P) Nozzle, (P/N 16190) This nozzle is designed to protect exhaust ducts and certain plenums in Vehicle and Open Front Spray Booths (see Chapter 3A). Screening (SCR) Nozzle (P/N 16192) This nozzle is designed to protect the opening of the Work Area in an Open Front Spray Booth (see Chapter 3A). Total Flood, Perimeter, TFP (P/N 17809) This nozzle is designed to protect the Work Area in a Vehicle Paint Spray Booth. It is also used in Total Flood applications. It is to be installed at the upper perimeter of the module being protected. The TFP nozzle contains a 1" FPT as opposed to the''%m MPT as found on all the other IS nozzles (see Chapter 3A). The LAOH, TS, TF, Three -Way, D/P and SCR nozzles use the P/N 14988 replacement cap. The TFP nozzle uses the P/N 17810 replacement cap. Caps should be replaced when they become worn, damaged, brittle, or lost. uL Ex 5208 MAY 2 3 2018 April 9, 2013 P/N 15040 Component Descriptions PAGE 2-8 Recharge Adapter: (Rem 13): The Recharge Adapter, P/N 10134 is used as a service tool to open the discharge valve during agent cylinder recharging. This device is a T-handle design constructed of brass and stainless steel and bolts directly to the top of the agent cylinder discharge valve. The T-handle is spring loaded and detented to lock in place only in the FULL OPEN or FULL CLOSED positions. Pneumatic Control Head: (Rem 14): This control head (P/N 10147) is necessary in all installations to accomplish either automatic or manual system actuation. This device is constructed of extruded brass and bolts directly to the top of the agent cylinder discharge valve. When supplied with actuation pressure, the piston inside the pneumatic control head extends to depress the stem of the agent cylinder valve releasing the extinguishing agent. Actuation pressure (compressed nitrogen gas) enters the Pneumatic Control Head through 1/4 NPT threaded ports on either side. 10in3 Nitrogen (N2) Cylinder: (item 15): The 30 in3 N2 cylinder, P/N 12856, supplies nitrogen gas pressure to the Pneumatic Control Head through the Actuation Network for the purpose of opening the Agent Cylinder Valve. This cylinder is charged to 1800 psig (12410 KPa) at 707 (21' C) and contains enough nitrogen to actuate up to six agent cylinder valves at a maximum distance of 100 feet (21.3 meters) to the last control head. Pressure is retained in the N2 cylinder by a gold plated rupture disc. Replacement rupture discs are available as P/N 09958. Only genuine AMEREX rupture discs may be used when recharging nitrogen cylinders. Proper charge pressure is indicated by a pressure gauge located on the cylinder bottom and protected by an impact resistant plastic gauge guard. The N2 cylinder is shipped fully charged from the AMEREX factory with a protective shipping cap installed on the outlet threads. The cap must be removed at installation but must remain in place at all other times. (Retain the shipping cap to reuse when recharging the cylinders) Construction of the N2 cylinder is per DOT 3E. The cylinder is rechargeable by certified AMEREX installers and does not require periodic hydrostatic testing. 15in3 Nitrogen (N2) Cylinder: (Item 16): The 15 in N2 cylinder, P/N 09956, supplies nitrogen gas pressure to the Pneumatic Control Head through the Actuation Network for the purpose of opening the Agent Cylinder Valve. This cylinder is charged to 1800 psig (12410 KPa) at 70oF (212 C) and contains enough nitrogen to actuate up to ten agent cylinder valves at a maximum distance of 100 feet (21.3 meters) to the last control head. Pressure is retained in the N2 cylinder by a gold plated rupture disc. Replacement rupture discs are available as P/N 09958. Only genuine AMEREX rupture discs may be used when recharging nitrogen cylinders. Proper charge pressure is indicated by a pressure gauge located on the cylinder bottom and protected by an impact resistant plastic gauge guard. The N2 cylinder is shipped fully charged from the AMEREX factory with a protective shipping cap installed on the outlet threads. The cap must be removed at installation but must remain in place at all other times. (Retain the shipping cap to reuse when recharging the cylinders) Construction of the N2 cylinder is per DOT 3E. The cylinder is rechargeable by certified AMEREX installers and does not require periodic hydrostatic testing. — +� . &'. MAY 23 2ota ' sees UL EX 5208 April 9, 2013 P/N 15040 Component Descriptions PAGE 2-9 ECH Actuation Cylinder, 15in3, 500 psig Nitrogen (Item 17): The ECH Actuation Cylinder, P/N 19347, is used as the primary pressure source to release the pressure of the larger 28in3 cylinder (p/n 16197) mounted on the right side of the ECH assembly. The P/N 19347 cylinder is charged to 500 psig (3,447 kPa) at 70°F (21°C). Upon system actuation, a pin inside the ECH depresses a Schrader valve installed inside the fitting of this cylinder. Therefore, the unit is field rechargeable O without the need for rupture disc replacement (unlike the larger P/N 16197 cylinder). In order to prevent confusion with existing nitrogen cylinders, the threads of the fitting are different, as is the labeling, and it is designed only to thread into the left side port on the ECH assembly. Proper charge pressure is indicated by a pressure gauge located on the cylinder bottom and protected by an impact resistant plastic gauge guard. The N2 cylinder is shipped fully charged from the AMEREX factory with a protective shipping cap installed on the outlet threads. The cap must be removed at installation but must remain in place at all other times. (Retain the shipping cap to reuse when recharging the cylinders) Construction of the N2 cylinder is per DOT 3E. The cylinder is rechargeable by certified AMEREX installers and does not require periodic hydrostatic testing. F1 W—W) Nitrogen (N2) Actuation Cylinder, for use with the RNA: (Item 18): The 28 in N2 cylinder, P/N 16197, when installed in the Remote Nitrogen Actuator (P/N 16166), supplies nitrogen gas pressure to the Pneumatic Control Heads through.the Actuation Network for the purpose of opening the Agent Cylinder Valves. See Chapter 3B for more details. The cylinder is charged to 1800 psig (12410 KPa) at 70'F (21°C). Pressure is retained in the N2 cylinder by a gold plated rupture disc. Replacement rupture discs are available as P/N 09958. Only genuine AMEREX rupture discs may be used when recharging nitrogen cylinders. Proper charge pressure is indicated by a pressure gauge located on the cylinder bottom and protected by an impact resistant plastic gauge guard. The N2 cylinder is shipped fully charged from the AMEREX factory with a protective shipping cap installed on the outlet threads. The cap must be removed at installation but must remain in place at all other times. (Retain the shipping cap to reuse when recharging the cylinders). Construction of the N2 cylinder is per DOT 3E. The cylinder is rechargeable by certified AMEREX installers and does not require periodic hydrostatic testing. MRM / ERM Remote Nitrogen Actuator (RNA) (Item 19): This assembly, P/N 16166, contains an actuation head and a mounting bracket. [The 28 in nitrogen actuation cylinder, P/N 16197 is purchased separately.] The RNA is used when the number of Agent Cylinders in a system exceeds six (MRM systems) or ten (ERM systems). Either one or two RNA's can be used with a single Control Panel. Each Actuator can fire up to 20 Agent Cylinders, branched through a tee, with 10 Agent Cylinders on either side of the tee. Each branch from the tee has a maximum length of 100 feet (21.3 meters) to the last control head. See Chapter 38 for more details. UL EX 5208 Mechanical Time Delay — MRM installations: (Item 20): This device (P/N 15765) is used with MRM-equipped systems when a Discharge Time Delay of 15 seconds is required (Refer to UL 1254 Standard for details). It is the first component to connect into the MRM, and is packaged with its own mounting clamp. In the event of system actuation, the Mechanical or Electrical Gas Valves trip immediately, along with any electrical component connected the Microswitch (es), but the high pressure nitrogen actuation gas will be delayed before entering the Actuation Network. The reason for this is to allow for exhaus Ian-4loWn in certain paint spray booth applications. It is not needed for ERM installations,' ' cett e�E�lil i4� l�dronically control the time delay function, if required. *Y 23 2018 April 9, 2013 P/N 15040 Component Descriptions PAGE 2-10 Vent Check (Item 21): The Vent Check, P/N 10173, is a safety device that installs in the Pneumatic Control Head. Its function is to bleed any slowly accumulating pressure that could cause the Pneumatic Control Head to open the agent cylinder valve prematurely. Examples of possible pressure sources include a slow leak in the rupture disc of an N2 cylinder, or normal temperature -induced expansion of the air and moisture trapped in the actuation network. A vent check must be used on all pneumatically actuated systems. Use of a pipe plug or other type of "stopper" is unacceptable and can lead to system malfunctions. The body of the vent check is a NPT s r1 DC constructed of machined brass. The inside of the vent check contains a spring and � 6 nylon ball. Slowly accumulating gas can pass around the nylon ball and bleed to the atmosphere. However, the rapid accumulation of actuation pressure from the N2 cylinder causes the ball to compress the spring and seal on a tapered seat, blocking the bleed hole. Following an actuation, the vent check can be used to exhaust residual actuation pressure by unseating the nylon ball (typically with a small piece of wire or the tip of a ball point pen). In installations using multiple agent cylinders, the vent check is installed only in one Pneumatic Control Head at the end of the actuation network. Actuation Tubing (Item 22): P/N 22278 The function of the actuation line is to carry high pressure nitrogen gas from the N2 cylinder to the pneumatic control head. Other Amerex Actuation components are installer supplied. Detector— MRM Installations (Item 23): P/N 12508 Each Detector in the Amerex Industrial System is comprised of three parts. The Detector Bracket, Detector Linkage, and the Fusible Link or Job Link (ordered separately). The Bracket serves as support for the Linkage and is attached to a rigid - surface. The Linkage supports the Link and a continuous Cable under tension. At a predetermined temperature, the Link will separate, relieving tension on the Cable and actuating the system. This manual will refer to Series and Terminal Detectors. There is no difference in part numbers or dimensions between Series and Terminal Detectors. A Terminal Detector is the last or only detector in the network and the Cable must be "terminated" there. A Series Detector is any detector located between the Terminal Detector and the Mechanical Release Module in the Detection Network. O AMEREX 0 2127 100'C O 0 Fusible Links (item 24): MRM Installations Four temperature ratings of the Fusible Links are used. They are of the electric solder type link which will melt at a predetermined temperature allowing the Type — "K" Load Limit: Max. Load — 50 lbs. (22.68 kg) Min. Load — 3 lbs. (1.37 kg) two halves of the link to separate. MAY 13 2018 j Part No. Link Rating Max. Ambient Temp. 12326 212OF 1001C 150°F 66°C 12327 280°F 138"C 225OF 107°C 12328 360'F 182°C 300°F 149'C 12329 450°F 232'C 375OF 191'C UL EX 5208 April 9, 2013 P/N 15040 Component Descriptions PAGE 2-11 Job Links (Item 25) — MRM Installations Three temperature ratings of the Job Quick Response Links are used. They are constructed of two metal struts held in tension by a small, glass bulb that ruptures at the appropriate temperature rating. The Detector Bracket (P/N 12508) will support either the Fusible Links or the Job Links, and the same detector limitations apply for both types of detectors (see Chapter 4 for installation). Part No Response Type Link Rating Max. Ambient Temp. 16225 Quick 200°F 93°C 150'F 66"C 16226 Quick 286°F 141'C 2250F 107°C 16227 Quick 360°F 182'C 3007 149°C Test Links — MRM Installations (Item 26): P/N 12891 Test Links are available for conducting functional tests of the Detection System. This device fits the detector in the same manner as the Fusible (Job) Link, normally placed on the Terminal Detector. Test Links can be cut, simulating a link separating under fire conditions Electric Thermal Detectors for ERM Installations (Item 27): These detectors are resettable, Rate of Rise Compensated. Refer to the Design and Installation Manual for the ERM, P/N 15827 for installation guidance. The following are the Thermal Detectors utilized with the ERM Control Panel: �3 411d Exposure Limit Part No. Detector Rating Max. Ambient Temp. 16194 190OF 880C 125OF 520C 16236 (Optional) 1940F 901C 130OF 540C 16195 2250F 1070C 150OF 660C 16196 3250F 1630C 250OF 1210C UL EX 5208 April 9, 2013 P/N 15040 Component Descriptions PAGE 2-12 Corner Pulley — (Item 28): The Amerex Industrial System uses a "high temperature" Corner Pulley to change direction of the Cable by 900. This Corner Pulley (P/N 12309) may be used in environments with temperatures up to 700°F (371°C). Mounting holes (13/64" diameter) are provided for anchoring the Corner Pulley where allowed by local codes. Use with W EMT. Note: The model CPS Compression Corner Pulley, manufactured by Brooks Equipment Co. Inc., 131.Stetson Drive, Charlotte, NC 28262-3326, is approved for use with the Industrial Dry Chemical System, within the limitations specified in Sect. 3B. Pulley Tee (Item 29): P/N 12506 Pulley Tee is used to change the direction of two Cables by 90°. This device can be used with the Mechanical Gas Valve and Manual Pull Stations, but NOT Fusible Link Detectors. Four 13/64" dia. mounting holes are provided. Use with Y2" EMT Cable (Item 30): P/N 12553 Cable is used to run from the Mechanical Release Module, through conduit and Corner Pulleys to Detectors, Mechanical Gas Valves or Manual Pull Stations. It is 1/16" diameter, stainless steel (70 — 480# tensile strength) —available in 500 foot (152 m) spools. Manual Pull Station — MRM Installations (Item 31): Every Amerex Industrial System must use at least one Manual Pull Station (P/N 11993). This device provides a means of discharging the system manually. Manual Pull Stations should be located In a Path of Egress and mounted at a height conforming with the Local Authority Having Jurisdiction. The Manual Pull Station may be recessed or surface mounted. -5j" - (13.34 cri) LpSC OF F� 1� PULL PIN' THEN Q PULL HANDLE FIRE SYSTEM ILL DISCMAR UL EX 5208 14, (4.45 Manual Pull Station (Oversized)— MRM CM) Installations (Item 32): This Manual Pull Station may be either surface or recess mounted. The oversized cover is large enough to cover the sheet rock access hole and remain attractive and functional. Every Amerex Industrial System must use at least one Manual Pull Station (P/N 14320). This device provides a means of discharging the system manually. Manual Pull Stations should be located in a Path of Egress and mounted at a height conforming with the Local Authority Having -t-Jurisdiction y?3 ?018 Jj / April 9, 2012 4 , P/N 15040 Component Descriptions PAGE 2-13 Manual (Electric) Pull Station — ERM Installations (item 33): Every Amerex Industrial System must use at least one Manual Pull Station (P/N 16169). This LIFT device provides a means of discharging the system manually. Manual Pull Stations should be located FIRE In a Path of Egress and mounted at a height SUPPRESSION SYSTEM 4 90 conforming with the Local Authority Having RELEASE Jurisdiction. The Manual Pull Station may be recessed or surface mounted. I I I /Ifl�� Conduit Offset (Item 34): The Conduit Offset (P/N 12507) is used to allow a smooth transition for cable runs into or out of the Mechanical Release Module (or ERM, with Mechanical Gas Valve connections) without using Corner Pulleys. It may be used with the Detection Network, Manual Pull Stations, or Mechanical Gas Valve Actuation Network. The use of this device does not reduce the maximum number of Corner Pulleys allowed in the system. The Conduit Offset may only be attached to either the MRM or the ERM, and not 3.8 installed elsewhere in the system. 13 1/8 "Quick -Seal" Adapter (Item 35): This adapter is used to create a liquid tight seal around discharge piping where the piping penetrates an enclosure or duct. It is threaded internally to accept either %" conduit fittings or %" pipe. P/N 14204 is sized for W conduit fittings. P/N 16234 is sized for Schedule 40, W pipe. "Compression Seal" Adapter (item 36): This adapter is a "Listed Mechanical Bulkhead" fitting that produces a liquid -tight seal around discharge piping where the piping penetrates an enclosure or duct. Unlike the Quick -Seal Adapter, the Compression Seal Adapter is not threaded to accept pipe and does not require pipe to be cut or threaded. P/N 12512 is sized for Yz" conduit. P/N 16235 is sized for Schedule 40, W pipe. Amy VC- 232018 UL EX 5208 April 9, 2013 P/N 15040 Component Descriptions PAGE 2-14 Mechanical Gas Valve (Item 37): A gas shutoff valve is required on all systems used to protect a gas -fueled appliance to stop gas flow in the event of system actuation. Amerex Mechanical Gas Valves are held open with a latching device. Upon system discharge, a piston in the Mechanical Release Module will pull on a Cable connected to the latch and allow the spring to close the valve. These valves are considered to be "Normally Closed — Held Open". The valve bodies are made of brass and threaded with female NPT threads on both ends. UL Listed for Natural Gas and Propane in %", 1" 1Y." 1A " and 2" sizes. P/N Size Height Width Pressure 12790 %" 10 5/16" 26.19 cm 3 3/4" (9.53 cm) 10 psig (69 kPa) Max 12791 V, 12792 1Y4" 9/16" (29.37 cm) 4 7/8" (12.38 cm) 12793 1Y2" 12794 2" 12 Y2" 6" (31.75 cm) 15.24 cm) Electric Gas Valves (item 38): Electric Gas Valves operate on 110 VAC current which powers a solenoid holding the valve open against a spring. Upon System Discharge, current to the solenoid is interrupted by a Microswitch in the Mechanical Release Module, causing the valve to shut. A loss of electrical power will also cause an Electrical Gas Valve to close. A Manual Reset Relay must be used with the Electrical Gas Valves. UL Listed sizes are %", 1", 1Y4", 1%", 2", 2Y2", and 3". P/N Size Manufacturer 12870 %. Asco 12871 1" 12872 1%" 12873 1'/z 12874 2" 12875 2 '/z 12876 3' RAY?3 UL EX 5208 April 9, 2013 • P/N 15040 Component Descriptions PAGE 2-15 Mechanical Gas Valve Kit (Item 39): The Amerex Gas Valve Kit (P/N 13622) provides a means of converting a standard "release to close" ASCO gas shut-off valve to a "pull to close" gas shut-off valve. The gas valve is held open by a latching device. Upon system discharge, a piston in the MRM (ERM) will pull on a cable connected to the latch on the gas valve, release the latch and allow the spring in the gas valve to close the valve. The Kit must be used in combination with the ASCO valve part numbers listed here to be acceptable for use with the U/L listed Amerex Industrial System. ASCO valves MUST BE purchased separately. Applications Amerex P/N ASCO P/N Size 13772 HV216-585-1 13773 HV216-585-2 1" 13774 HV216-585-3 lY." 13775 HV216-585-4 1%11 13776 HV216-585-5 2" Note: P/N 13622 Mechanical Gas Valve Kit is sold separately from the Gas Valve. Manual Reset Relay (Item 40): Anytime an Electrical Gas Valve is connected to an Amerex Industrial System, a Manual Reset Relay (P/N 12526) must be used. After an Electrical Gas Valve has closed (either because of System discharge or power failure), the Valve cannot be opened without manually pressing the Reset Button on the Manual Reset Relay. This operation is to guard against a momentary loss of power closing the Valve, extinguishing the Pilot Lights and RLSEL® allowing gas to escape when power is restored. The Manual Reset Relay is UL Listed and has a Pilot Lamp to indicate its status. Description: Manual Reset Relay. Contact Configuration: Double Pole, Single Throw Minimum Contact Rating: Meter Load=BAFL, 48ALR, 120 VAC, Pilot Duty 120 VA, 120VAC UL EX 5208 April 9, 2013 P/N 15040 Component Descriptions PAGE 2-16 ASCO Mechanical Gas Valves (Item 41): All Amerex Industrial Dry Chemical Systems configured to shut off any gas - fired appliance must use a "pull to close" type gas shut off valve, which is listed with the system. The valve is held open with a latching device. Upon system discharge, a piston in the MRM /ERM (sold separately) will pull on a cable connected to the latch on the valve to close the valve. The ASCO gas shut-off valves approved for use with the Amerex Industrial System are listed below with appropriate part numbers. See the installation section for further instruction. Ansul Mechanical Gas Valve (Item 42): All Amerex Industrial Dry Chemical Systems configured to shut off any gas -fired appliance must use a "pull to close" type gas shut off valve, which is listed with the system. The valve is held open with a latching device. Upon system discharge, a piston in the MRM /ERM (sold separately) will pull on a cable connected to the latch on the valve to close the valve. Applications Amerex Part Number ASCO Part Number Size 13777 JV216-587-2 13778 JV216-587-3 1" 13779 JV216-587-4 1 Y." 13780 JV216-587-5 1 W 13781 JV216-587-6 2" 13782 JV216-587-7 2 W 13783 JV216-587-8 3" Note: P/N 12740 Gas Trip Assembly must be purchased separately. Applications Ansul Part Number Size Maximum Gas Pressure 55598 %. 10 PSI (69 kPa) 55601 1" 55604 1 X" 55607 1 Y4" 55610 2" Note: P/N 12740 Gas trip Assembly must be purchased separately 71 Ansul's mechanical gas shut-off valves are suitable for use with the Amerex Industrial System. These valves, when used in conjunction with the P/N 12740 Gas Trip Assembly, perform the same function as Amerex's gas shut-off valves. The part numbers of the valves acceptable for use are listed below. They are intended to be installed using the same installation instructions as Amerex's gas shut-off valves; see the installation section for further instructions. AMERE% PART NO. 12740 Piston Plug/Gas Trip Assembly (Item 43): Operation of one or two Mechanical Gas Valves may be accomplished by adding a Piston Plug/Gas Trip Assembly (P/N 12740) to either the Mechanical Release Module or to the Electrical Release Module. UL EX 5208 April 9, 2013 • P/N 15040 Component Descriptions PAGE 2-17 Explosion -Proof Pressure Switch (Item 44): Amerex P/N 16384 SPDT, 15 Amps 125 / 250 / 480 VAC resistive. This pressure switch is designed to be Installed in the discharge network of an agent cylinder in hazardous locations. Complies with NEMA 4X; 7; 9; IP66 requirements. 'W NPT electrical connection. W NPTF pressure connection. Suitable for the following hazardous locations: Class 1, Division 1 & 2, Groups B, C, D Class II, Division 1 & 2, Groups E, F, G Class III Alarm Bells (Item 45): Amerex P/N 16385 - 24 VDC Amerex P/N 16386 —115 VAC Alarm Bells are the 6", red, vibrating type. 24 VDC Version: 21-30 VDC input; .070 amp current; 88 dBA typical output. This audible device may be desired or required in ERM installations, or in MRM installations tied into building alarm systems. 115 VAC Version: .085 amp current; 86 dBA typical output. This audible device may be desired or required in MRM installations. Check Valve (Item 46): Amerex P/N 10262 is only used in Dual MRM systems, when the actuation outputs of two MRMs are "Teed" together to protect a single fire hazard. It is X" female NPT by male NPT, and is to be installed as described in section 3B. UL EX 5208 April 9, 2013 P/N 15040 Component Descriptions PAGE 2-18 AMEREX PRE-ENGINEERED INDUSTRIAL DRY CHEMICAL FIRE SUPPRESSION SYSTEM COMPONENTS (PAGE 1 OF 2) Item p Part Number Description 1 16206 AGENT CYLINDER ASY —IS18ABC 16207 AGENT CYLINDER ASY —IS35ABC 16208 AGENT CYLINDER ASY —IS45BC 2 09781 DRY CHEMICAL, ABC, F11 (CH 5581 50LB. 3 14929 10180 10181 BRACKET, AGENT CYLINDER (ALL SIZES) BRACKET, HEAVY-DUTY WALL/FLOOR MOUNT, IS18 BRACKET, HEAVY-DUTY WALL/FLOOR MOUNT, IS35/45 4 5 15830 15831 11977 DISCHARGE VALVE ASY, IS18 CYLINDER DISCHARGE VALVE ASY, IS35 / 45 CYLINDER MECHANICAL RELEASE MODULE (MRM) 6 12524 MICROSWITCH 7 12853 13393 ENCLOSURE—MRM, PAINTED (RED) ENCLOSURE—MRM. STAINLESS STEEL 8 15780 ELECTRICAL RELEASE MODULE (ERM) 9 16202 ERM BACKUP BATTERIES (TWO REQUIRED) 10 19352 ECH ASSEMBLY (ECH) - REPLACES ERM 11 16216 16170 NOZZLE ASY, LOCAL APPLICATION OVERHEAD (LAOH) NOZZLE ASY, TANKSIDE LOCAL APPLICATION(TS) 16172 NOZZLE ASY, TOTAL FLOOD (TF) 16174 NOZZLE ASY, THREE-WAY 16190 NOZZLE ASY, DUCT AND PLENUM (D/P) 16192 NOZZLE ASY, SCREENING (SCR) 17809 NOZZLE ASY, PERIMETER, (TFP) 12 14988 NOZZLE REPLACEMENT CAP (LAOH, TS, TF, 3-Way, D/P, SCR) 17810 NOZZLE REPLACEMENT CAP (TFP) 13 10134 MECHANICAL CONTROL HEAD (FOR RECHARGE) 19 16166 REMOTE NITROGEN ACTUATOR (MRM / ERM) 20 15765 MECHANICAL TIME DELAY (MRM) 21 10173 VENT CHECK 22 22278 ACTUATION LINE (COPPER TUBING) 23 12508 DETECTOR (MRM) 24 12326 FUSIBLE LINK (212 F / 100 C) 12327 FUSIBLE LINK (280 F / 138 C) 12328 FUSIBLE LINK (360 F / 182 C) 12329 FUSIBLE LINK (450 F / 232 C) 25 16225 JOB LINK QUICK RESPONSE (200 F / 93 C) 16226 JOB LINK QUICK RESPONSE (286 F / 141 C) 16227 JOB LINK QUICK RESPONSE (360 F / 182C) 26 12891 TEST LINK 27 16194 ELECTRIC THERMAL DETECTOR (190 F / 88 C) 16236 ELECTRIC THERMAL DETECTOR (194 F / 90 C) (OPTIONAL) 16195 ELECTRIC THERMAL DETECTOR (225 F / 107 C) 16196 ELECTRIC THERMAL DETECTOR (325 F / 163 C) UL EX 5208 April 9, 2013 • P/N 15040 Component Descriptions PAGE 2-19 Item # Part Number Description 28 12309 CORNER PULLEY 29 12506 PULLEY TEE 30 12553 CABLE (500 FT) 31 11993 MANUAL PULL STATION (MRM) 32 14320 MANUAL PULL STATION (MRM. OVERSIZED) 33 16169 MANUAL ELECTRIC PULL STATION (ERMI 34 12507 CONDUITOFFSET 35 14204 QUICK SEAL ADAPTER (1/2" CONDUIT FTNGS) 16234 QUICK SEAL ADAPTER (3/4" PIPE)---- 36 12512 COMPRESSION SEAL AD. (1/2" CONDUIT) 16235 COMPRESSION SEAL AD. (3/4" PIPE) 37 12790 MECHANICAL GAS VALVE, ''/." 12791 MECHANICAL GAS VALVE, 1" 12792 MECHANICAL GAS VALVE,1%- 12793 MECHANICAL GAS VALVE, 1Y.- 12794 MECHANICAL GAS VALVE, 2" 38 12870 ELECTRIC GAS VALVE, '/." 12871 ELECTRIC GAS VALVE, 1" 12872 ELECTRIC GAS VALVE, 1Y." 12873 ELECTRIC GAS VALVE, 1'h" 12874 ELECTRIC GAS VALVE, 2" 12875 ELECTRIC GAS VALVE, 2%- 12876 ELECTRIC GAS VALVE, 3" 39 13622 MECHANICAL GAS VALVE KIT (FOR THE FOLLOWING) 13772 ASCO RELEASE TO CLOSE MECH. GAS VALVE, ''/." 13773 ASCO RELEASE TO CLOSE MECH. GAS VALVE, 1" 13774 ASCO RELEASE TO CLOSE MECH. GAS VALVE, lY." 13775 ASCO RELEASE TO CLOSE MECH. GAS VALVE, llb" 13776 ASCO RELEASE TO CLOSE MECH. GAS VALVE, 2" 40 12526 MANUAL RESET RELAY 41 13777 ASCO MECHANICAL GAS VALVE, Y." 13778 ASCO MECHANICAL GAS VALVE, 1" 13779 ASCO MECHANICAL GAS VALVE, 1 Y.." 13780 ASCO MECHANICAL GAS VALVE, 1 %- 13781 ASCO MECHANICAL GAS VALVE, 2" 13782 ASCO MECHANICAL GAS VALVE, 214" 13783 ASCO MECHANICAL GAS VALVE, 3" 42 N/A ANSUL MECHANICAL GAS VALVE, ''/." N/A ANSUL MECHANICAL GAS VALVE, 1" N/A ANSUL MECHANICAL GAS VALVE, 1 Y." N/A ANSUL MECHANICAL GAS VALVE, 1 %- N/A ANSUL MECHANICAL GAS VALVE, 2" 43 12740 PISTON PLUG / GAS TRIP ASY 44 16384 EXPLOSION PROOF PRESSURE SWITCH 45 16385 ALARM BELL 24 VDC-- 16386 ALARM BELL 115 VAC 46 10262 CHECK VALVE Y." X Y." N. UL EX 5208 April 9, 2013 P/N 15040 GENERAL INFORMATION PAGE 1-3 GENERAL INFORMATION The Amerex Industrial Dry Chemical Fire Suppression System is designed and has been tested to provide fire protection for industrial operations categorized as Local Application (Overhead), Tankside, Total Flooding, Vehicle Paint Spray Booth, and Open Front Paint Spray Booth hazards. It is manufactured by the Amerex Corporation of Trussville, Alabama. Amerex Industrial Systems are a pre-engineered type as defined in NFPA 17- Standard for Dry Chemical Extinguishing Systems. The NFPA 17 definition states pre-engineered systems as "having predetermined flow rates, nozzle pressures, and quantities of dry chemical." It also states that "limitations on hazards that are permitted to be protected by these systems and piping and nozzle configurations are contained in the manufacturer's listed installation and maintenance manual, which is part of the listing of the system." It is essential that all installations, maintenance, and inspections of the Amerex Industrial System be performed in compliance with this manual and NFPA 17. Those Individuals responsible for the design, installation, setting into service, maintenance and recharging of the Amerex Industrial Dry Chemical System must be trained by Amerex and hold a current Amerex Certificate. All piping limitations, nozzle coverages, detector placements, etc. have been proven and established through exhaustive testing by Underwriters Laboratories, Inc. Use of components other than those referenced in this manual, or installations outside the limitations stated in this manual is unacceptable. UL and ULC Listing The Amerex Industrial System is an Underwriters Laboratories (UL) and Underwriters Laboratories Canada (ULC) Listed pre-engineered extinguishing unit. The system has been evaluated in accordance with UL Standard 1254. Tests required for listing under this standard involve fire tests under specific conditions involving a variety of Local Application, Total Flooding, or Screening. Each test fire was allowed to reach its maximum intensity before agent was discharged. Each test was repeated using both maximum and minimum piping, with variations in agent storage pressure to simulate maximum and minimum temperature ratings. Each test fire was extinguished without splashing of the liquid fuel. Design The system is composed of an agent cylinder / discharge valve charged with Amerex ABC Dry Chemical and either a Mechanical Release Module (MRM), a Pneumatic Release Module (PRM), an Electrical Release Module (ERM), or an Electric Control Head (ECH). The quantity of detectors, fusible links, nozzles, corner pulleys, pulley tees and manual pull stations will vary depending on design. The system operates either automatically if actuated by a detector or manually if actuated by a manual pull station. Upon system operation, energy sources for the appliances are shut off immediately. The MRM (ERM) incorporates mechanical and electrical provisions to facilitate the operation of auxiliary devices such as mechanical or electric gas valves and remote audible or visual signal devices. Temperature Limitations: Local Application, Overhead: 32 F to 120 F (0 C to 49 C) Local Application. Tankside: -20'F to 120'F (-29'C to 49'C) Total Flood: -40'F to 120'F (-40'C to 49'C) Vehicle Paint Sorav Booths: -20'F to 120'F (-29'C to 49'C) Open Front Paint Spray Booths: -20'F to 1207 (-290C to 490C) E8V8' ` MAY 2 3 2018 LIL EX 5208 April 9, 2013 P/N 15040 System Design Page 3A-45 3A.5 Open Front Paint Spray Booths (OFPSB) (continued) nozzle. Piping runs from the 1" tee to each of the %" tees must be equal in length. The number and type of fittings for all tee to nozzle sections must be equal. All piping must be Schedule 40, hot -dipped galvanized steel pipe, and all fittings must be 150 lb. class, minimum. Examples of acceptable fitting materials include hot -dipped galvanized malleable iron, ductile iron, or steel. Couplings and unions may be used where necessary, and reducing bushings or reducing tees can be used for changes in pipe diameter. Note: Black steel pipe and fittings can be used in relatively noncorrosive atmospheres. 3A.5.1 Open Front Paint Spray Booths (OFPSB) Nozzle Coverages Work Area and Plenums: The Amerex Industrial System is flexible enough to protect a wide variety of Open Front Booth dimensions. The maximum parameters for each Module are given in the following table: Protection Nozzle Dimensions Maximum Nozzle Location Nozzle Nozzle Orientation Used Per Nozzle Specifications within Offset* L x W x H Protection Zone Screening SCR — 8' x 18'6" Side = 8' Length -At Front 0" to 6" Vertical, Pointing Edge downward; nozzle Width -Center holes parallel with booth front Work Area TF 8' x 8' x 18'6" Area = 64 ft. Length -Center 0" to 6" Vertical, Pointing Side 8' Width -Center Downward Plenum TF 4' x 8' x 18'6" Volume = 384ft.3 Length -Center 0" to 6" Vertical, Pointing Area = 32ft 2 Width -Center Downward Side = 8' 'Nozzle Offset is the maximum distance from the tip of the nozzle to the nearest edge of the protected zone. MAY 2 3 2018 UL EX 5208 April 9, 2013 P/N 15040 System Design Page 3A-46 3A.S.1 Open Front Paint Spray Booths (OFPSB) Nozzle Coverages (continued) Ducts: The D/P Nozzle will protect either round or rectangular ducts up to 28 feet in length. Any change in duct direction or additional length requires an additional D/P nozzle. The dud nozzle must be centered at the dud entrance, pointed in the direction of air flow. Round Duds Maximum Diameter = 46 Inches Rectangular Duds The following table shows sample maximum rectangular dimensions, based on the following two requirements: Maximum Perimeter =144.5 Inches Maximum Diagonal = 46 Inches Rectangular Ducts Side 1, Inches Side 2, Inches, Maximum 12 44.4 14 43.8 16 43.1 18 42.3 20 41.4 22 40.4 24 39.2 26 37.9 28 36.5 30 34.8 32 33.0 32.5 32.5 34 31.0 36 28.6 38 25.9 40 22.7 42 18.7 44 13.4 tlLsL✓�OVEt% 2MAY f 3202 UL EX 5208 April 9, 2013 P/N 15040 System Design Page 3A-51 3A.5.2 Piping Limitations, Open Front Paint Spray Booths (OFPSBI (continued) zle Open Front Paint Spray Booths, DUCT Coverages, ISIBABC, Two Nozzles Cylinder Size Nozzle Quantity Nozzle Type Piping Section Pipe Size, in. Maximum Length, ft. Maximum # of Elbows ISI8ABC 2 D/P Cylinder to T1 % 36 4 T1 to Nozzle 3/4 16 3 The maximum elevation of any D/P nozzle above cylinder Is 23'4". MAY Z 3 Zola UL EX 5208 April 9, 2013 , r Y P/N 15040 System Design Page 3A-54 3A.5.2 Pipins Limitations. Open Front Paint Spray Booths (OFPSB) (continued) Open Front Paint Spray Booths, SCREEN and WORK AREA Coverages,1S35ABC, Four Nozzles Cylinder Nozzle Nozzle Type Piping Pipe Maximum Maximum Size Qty. Section Size, in. Length, ft. # of Elbows IS35ABC Either of the following Cylinder 1 20 4 combinations: to T1 4 Two SCR Nozzles and Two TF Nozzles or FourTF Nozzles T1 to T2 % 5 1 T2 to % 5 2 Nozzle The maximum nozzle elevation above cylinder is 12' MAY 2 3 2018 UL EX 5208 April 9, 2013 Fitch, Dennis From: Fitch, Dennis Sent: Thursday, July 26, 2018 4:34 PM To: 'bzeegers@setpointis.com'; 'kevin@alfire.com' Subject: Paint booth 100051 Porter Road Suite 900 Attachments: 20180726161055660.pdf See attachment. Permit application not approved by Fire Marshal. Please resubmit with corrections. Dennis Fitch Combination Building Inspector City of La Porte Texas Fitchd@laportetx.gov 1 COMMERCIAL PLAN REVIEW COVER SHEET ADDRESS: OWNER'S NAM PROJECT TYPE HCAD#: HTE LOC#: FLOOD ZONE: x USE ZONE: P46% TIRZ ZONE? SITE VISIT (DRAINAGE) ZONING PERMIT CERT. SITE PLAN APPROVAL ASBESTOS SURVEY RECEIVED TAS (ADA) PROOF OF SUBMITT. F101 RESOL. APPLICABLE?: F216-00-00 RESOL. APPLICABLE FILL DIRT APPL/PERMTT CLEARING PERMIT NEEDED? FLOOD PERMIT NEEDED?: W/S FEES APPLICABLE?: 100% MASONRY/GLASS STORM WATER QUALITY PERMIT TAXES UP TO DATE?: DATE OF REVIEW: SUB /DATE (Applicable on Demo, Addn, or Remodel) (Applicable to Comm. Or Ind.) (If yes, permit cannot be issued.) (If yes, permit cannot be issued.) ITEMS NEEDED FOR ISSUANCE OF PERMIT: 1. CURRENT INSURANCE CERT. (if applicable) OK figure fees. If no, use w/s form to i why they are not.) OWNER OR CONTRACTOR NOTIFICATION DATE TIME NAME OF PERSON CONTACTED Ali D S:\CPShmeW1SPECTION DMSION\IMpecti0M\CONE PLAN REVIEW COVER SHEETAx Rev. FE32012