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10615 N. LST LOMAX ELEMENTARY SCHOOL RENOVATIONS STRUCT._98-1077_98-0800__________
Lomax Elementary School — Gymnasium Renovations 10615 North L Street Building Plan Review 5/22/98 Site Plan: Volume I, Drawing No. 97-104-03 and Sheets C1.1 & C2.1. Provide a reproducible of each sheet to the City. Building Plan Comments Complete new roof is proposed for gym. Provide engineered design for proper attachment of new roof panels to existing roof framing. Calculations should meet minimum 100 m.p.h. wind speed. Provide engineered design on metal canopies. Calculations should meet minimum 100 m.p.h. wind speed. This is proposed for separate plan submittal, review and permitting. Proposed fire alarm system should be reviewed/permitted separately. Sprinkler System Permit for the removal and re -installation of sprinkler heads will be required. Coordinate with the Fire Marshal. Volume 3 — Sheet E1.1, E1.2 & E1.3. Emergency lights and exit signs shown are not adequate. Coordinate with the Fire Marshal on proper number and location. See Sheet A2.3, Volume 3 — NOTE: Door swing on new room D 132 has been reversed. Due to the restrictive time frame; the City is issuing this building permit with the understanding that all of the above items will be satisfied. rp for to the City T LOW V; City. of La Porte P.O. BOX 1115 LA PORTE, TEXAS LA PORTE TX 77572 C E R T I F I C A T E O F O C C II P A N C Y Issue Date . . . Parcel Number . . Property Address Subdivision Name Legal Description Property Zoning . Owner. . . . . . Contractor . . . Application number Description of Work Construction type . Occupancy type . . Flood Zone . . . . Approved P E R M A N E N T 9/21/98 001- - - 10615 N L ST LA PORTE UB ADDRESS WATER USE ONLY RES - LOW DENSITY LA PORTE ISO TX 77571 98-00000800 000 000 REMODEL, SCHOOLS/OTHER EDUCATIONAL METAL FRAME (TYPE IV) EDUCATIONAL VOID UNLESS SIGNED BY BUILDING OFFICIAL i CLRCoboum linseisen b Ratcliff, Inc III" IIMS..K r.,, S.IH M N"RM, IKK 770.0 George Watanabe, AIA Senior Project Manager P""I 17I3I "c'"c3 FK: (111) "2dI12 .."k "Aamr.0an.... a.a MIi....: ....nn.... ARCHITECTS • CIVIL ENGINEERS a SURVEYORS a PLANNERS ®ALMAC C O N S T R U C T I O N MARK MIESCH 100<S RICHMOND AVENUE PROJECT MANAGER SUITE 180 HOUSTON TX 77042.4902 TEL 713.052,4800 FAX 713.0521084 r � City of La Porte P.O. BOX 1115 LA PORTE, TEXAS LA PORTE TX 77572 C E R T I F I C A T E O F O C C U P A N C Y Issue Date . . . . . . Expiration Date . . . . Parcel Number . . . . . Property Address . . . Subdivision Name . . . Legal Description . . . Property Zoning . . . . Owner Contractor . . . . Application number Description of Work Construction type Occupancy type . . Flood Zone . . . . Approved . . . T E M P O R A R Y 8/07/98 9/07/98 001- - - 10615 N L ST LA PORTE UB ADDRESS WATER USE ONLY RES - LOW DENSITY LA PORTE ISD TX 77571 . 98-00000800 000 000 REMODEL, SCHOOLS/OTHER EDUCATIONAL METAL FRAME (TYPE IV) . EDUCATIONAL VOID UNLESS SIGNED BY BUILDING OFFICIAL S cc, m EtiiwSMII, ME Lau98 FLOOD ZONE "AE": (YES) OR (NO) —If_M, elevation certificate prepared by surveyor must be provided to City before cov . er-up inspection. DATE ELEVATION CERTIFICATE RECEIVED: ELEVATION SHOWN FOR TOP OF FORM IS: IS ELEVATION SHOWN AT OR ABOVE THE REQUIRIb BFE: (YES) OR (NO) U C) J7 li VL dAl 5�3 /\i L b -IVL 49 n k F41, T A A I I (W WORK ORDER DATE h'` . �.a.y � •yyy NEW ADDITION ADDRESS LEGAL DESCRIPTION OWNER PH# CONTRACTOR PH# ADDRESS REQUEST (COPY REc/D FROM ENGR.) ZONING CLASSIFICATION ( ) FLOOD ZONE (PER ENGwEmm) ( ) BLDG. PLANS SUBMITTED UTILITY EXT. AGREEMT REC'D? Y OR N PLANS REVIEWED -BLDG. PERMIT RELEASED FOR ISSUANCE PERMIT# FEES PAID WATER FRONT FT. FEES (mAeeucABm SEWER FRONT'FT. FEES aFAreucABl-k) WATER TAP (jFAeeucABLE) • . SEWER TAP (mA"ucABLm BUILDING PERMIT ELECTRICAL PERMIT TEMPORARY POWER POLE PLUMBING PERMIT MECHANICAL PERMIT REvrs® 41% 1 t MIN �N"a`"��''' ER. c3�•de "`u MEN ak�.�:a�'.'�$ttt! YPPSP nd"t'.US'. KilirK�..v.acaw, w ..�Fi4:suir�am�� 'Am dna: �°: s���� GROUND GROUND PLBG. -S, to D i'c SLAB FLOOD ZONE "AE": (YES) OR (NO) If elevation certificate prepared by surveyor mast be provided to City before cover-up inspection. DATE ELEVATION CERTIFICATE RECEIVED: ELEVATION SHOWN FOR TOP OF FORM IS: IS ELEVATION SHOWN AT OR ABOVE THE REQUIRED BFE: (YES) OR (NO) C/UP INSPECTION DRIVEWAY & SIDEWALK FAMED HL&P ELECTRICALF 6 t / C� � 0 (g i ✓mil% FAXED HL&P T-POLE • CALLED ENTER GAS TEST _ —/ -y 8 K 1Y9; f g. a pk c > ��w �04 SAL q do bsw q,A a y v K COMMERCIAL (W & S) W4§K ORDER # DATE NEW ADDITION ADDRESS LEGAL DESCRIPTION OWNER CONTRACTOR WATER FRONT FT. FEES (m AFFucABz SEWER FRONT FT. FEES aF AFFt.[cABLm WATER TAP aFm7uc"m SEWER TAP iw AFFLICABLE) BUILDING PERMIT ELECTRICAL.PERMIT TEMPORARY POWER POLE PLUMBING PERMIT I CHANI PERMIT REVI&® .d UM PH# ADDRESS REQUEST (COPY REC/D FROM ENGR.) ZONING CLASSIFICATION ( ) FLOOD ZONE (PER ENGiNEEwNG) ( ) BLDG. PLANS SUBMITTED UTILITY EXT. AGREEMT REC'D? Y OR N PLANS REVIEWED BLDG. PERMIT RELEASED FOR ISSUANCE PERAMI T## FEES PAID /j A�f� 98�80� S Gbla 0 City of La Porte P.O. Box 1115 La Porte, Tx 77571 (281)471-5020 ext 259,286 INSPECTION LINE: 471-9662 ****BUILDING PERMIT**** _______________________________ ___V-----_______----______-----____--- Application Number . . . . . 98-00001077 Date 7/16/98 Property Address . . . . . . 10615 N L ST HCAD Number . . . . . 001- - - Application description . . . MISCELLANEOUS Subdivision Name . . . . . . UB ADDRESS Property Use . . . . . . . Property Zoning . . . RES - LOW DENSITY Application valuation . . . . 52950 Owner Contractor -----___________------__ ________________________ LA PORTE I.S.D. OWNER 301 E. FAIRMONT PKWY. LA PORTE TX 77571 (281) 448-3473 ___________________________________________________________________________ Permit . . . BUILDING PERMIT -FIRE SPRINKLER Additional desc . . INSTALL FIRE ALARM SYSTEM Permit Fee . . . . 277.00 Plan Check Fee .00 Issue Date . . 7/16/98 Valuation . . . . 52950 Expiration Date . . 1/13/99 Qty Unit Charge Per Extension BASE FEE 261.00 4.00 4.0000 THOU BLDG - 50,001 - 100,000 16.00 ___________________________________________________________________________ Special Notes and Comments TO BE INSPECTED BY FIRE MARSHAL AFTER INSTALLATION. Fee summary Charged ____________________ Paid Credited __________ __________ Due _________________ Permit Fee Total 277.00 277.00 .00 .00 Plan Check Total .00 .00 .00 .00 Grand Total 277.00 277.00 .00 .00 ZED AGENT) JUL-10-98 FRI 10:38 FAX N0, 7134717168 P.01 Building Necbaaical *Electrical `Plumbing -_ (' See back of form) Project Address: Lot: _ Subdivisions Block: _ Owner's Name: Phone : Address: Contractor: Address- Engineer:_ Designer:_ 30/ E . �,. ian.o� ��Cwa 11 R.z Street City / S 73. A.-w/ ty zip Pbone: �V/yyJ? -Z&O -77060 Zip Building Use: Sq. Footage: A Stories: -- Valuation:.. Describe Work: ne AL 4eej For City Use Only Occupancy Type Flood Zone __ Class Work Sq. Ft. —_ -. Construction Type Use Zone # Stories Parking requested— _. Commercial Buildings Plans galy-Sire Marshal APProvaT —0- _ Date d -/ 6, Checked/Approved for Issuance By: Special Conditions:= /assXr;N Date:_ _ Permit No. - - =-+- Permit Fee 6 (attach to actual permit' 0•r .n ri).jVrllli L.i l'. rcc. Te .: ;;i;_-:;li • i7I:147;-'i.: Q 1' q City of La Porte P.O.' $ox 1115 La Porte, Tx 77572-1115..- (281)471-5020 ext 259,286 INSPECTION LINE: 471-9662 ****ELECTRICAL PERMIT**** ------------------------- Application'Number . . . Property Address . . . HCAD Number . . . . Alternate Search Method . Application description . Subdivision Name . . . . Property Use . . . . . . Property Zoning . ------------------------------------------- 98-00000800 Date 6/01/98 10615 N L ST 001- - - REMODEL, SCHOOLS/OTHER EDUCATIONAL UB ADDRESS Owner ------------------------ LA PORTE ISD 301 E. FAIRMONT PKWY.. LA PORTE TX 77571 (281) ---------------------------------- UTILITY BILLING ONLY Contractor ------------------------ OWNER Permit . . . . . . ELECTRICAL PERMIT Additional desc . ELECTRICAL WIRING FOR RENOVAT Sub Contractor M H TECHNOLOGIES, INC. Permit Fee . . . . 631.44 Issue Date . . . . 6/01/98 Valuation Expiration Date . . 11/28/98 Qty Unit Charge Per BASE FEE 1.00 2.0000 EA EL - OUTLETS,SWITCHES (1ST 4) 790.00 .4000 EA EL - OUTLETS, SWITCHES (OTHER) 36.00 1.0000 EA EL -MOTORS UP TO NOT INC. 1/2H 63.00 3.0000 EA EL - 1/2 HP AND LESS THAN 2 HP 3.00 4.0000 EA EL - 2 HP AND LESS THAN 10 HP 8.00 5.0000 EA EL - 10 HP AND LESS THAN 25 HP 536.00 .0400 EA EL - ALL 100 KW -PER KW CHARGE --------------------------------------------------------------- Special Notes and Comments 1. SEPARATE CANOPY PLANS/PERMIT IS REQUIRED 2. SEE NOTES ATTACHED TO THE PLANS Fee summary Charged ---------- ---------- Paid Credited ---------- --- ----------------- Permit Fee Total 631.44 631.44 .00 Grand Total 631.44 631.44 .00 C Extension 15.00 2.00 316.00 36.00 189.00 12.00 40.00 21.44 ------------- Due .00 .00 -- --------------------------------------f/If----------- /}lDnat4re 9f Contractor or Authorized Agent pale Approved by Building official or Authorized Agent Date City of La forte Esmblishe:l 1392 Building Mechanical *Electrical v - *Plumbing (* See back of form) Project Address: 10(o�5 Ayp- L Lot: Subdivision: Block: Owner's Name: L A q+ TE �kf41 T Phone: Address: S01 E 1 AiZMorIT �AZK�,,(AY LA PbexG �X l�S 1 I Street City Zip Contractor; AA' R IGCHNOcoF91E1� Phone:-113 (CA -38C)( Address: 1201 l,P-InlCc- 00v.5Tafl Street. City Zip ia'.L�RTTSZia��CC�.]�'L-=M41\7Ls�7 V•rra�� w��ra�ri�rai�9ae.ne_ Designer: Building Use: Sq. Footage: Valuation: Describe Work: For City Use Only # Stories: Occupancy Type Flood Zone Class Work - Sq. Ft. Construction Type Use Zone # Stories Parking requested Commercial Buildings Plans Only -Fire Marshal Approval Checked/Approved for Issuance By: Special Conditions: Permit No. - Permit Fee Date: Date: (attach to actual permit COMPLETE THIS TION FOR ELECT,RIIC,AL' PERMIT NOTE: MINIM,_ CHARGE ON PERMITS) IS $10.uU Description Charges No PERMIT ISSUE FEE Outlets, Fixtures, Lights G Switches (lst 4 - Flat Fee) Above Items (All Others) Washing Machine Dryer / Range Cook Top / Oven / Fan Oven (Commercial) A/C, Plug -In Units Water Heater Dishwasher / Garbage Disposal All Services / Temp. Pole / Temp. Cut -In All Meter Units Reinspection Fee Re -Connection Fee X-Ray Machine Motion Picture Machine Incandescent Signs, Per Circuit Gas or Vacuum TubeSigns.-.� (Per Transformer) ' Electric Welder Fees 5.00 1 $ 5.00 2-.00 �_ $ 2, e9 40 ea. -791 $ 4 1.00 ea. $ 2.00 1.00 5.00 ea. $ 2.00 ea. $ 2.50 ea. $ 1.00 ea. $ 10.00 ea. $ 5.00 ea. $ 10.00 ea. $ ; 5.00 -ea. $ 10.00 ea. $ 3.00 4.00 4.00 ea. $ ' 2.00 ea. $ MOTORS: Up to but not incl. 1/2 HP 1.00 ea. 3 (, $ 1/2.HP. and less than 2 HP .00 ea. is 2 HP and�le s than 10 HP s 4 4.00 ea 10 HP and less than 25 HP 5.00 ea.. $yam. 25•^9P and less than 100 HP 10':00 ea. $ 100 HP and less than 150 HP 12.00 ea. $ 150 HP and per HP 10 ea. $ -over, Permanently connected electric appliances and equipment of any nature not otherwise_ specified shall be charged as follows: Up to KW, Inclusive - .50 ea. $ All over 1 KW to 10 KW 40 KW $ All over 10 AW to 50 KW 30 KW - $ All over 50 KW to 100 RW 20 KW $ All over 100 RW $10.00 PLUS 04 KW Total fee $(p31 COMPLETE THIS SECTION Description FOR PLUMBING PERMITS Charges No Fees PERMIT ISSUING FEE $10.00 1 $ 10.00 Plbg.' Fixtures / Drains / Traps 2.50 ea. $ Sewer (New, Repair or Replace.�mnt) 5.00 ea. $ Cesspool 5.00 ea. $ Septic Tank /,Seepage Pit or Drainfield 10.00 ea. $ Water Heater and/or Vent 2.50 ea. $ Gas Piping System (1-4 Outlets) 5.00 $. Gas Outlets, over 4 (Ea. Outlet) 1.00 ea. $ Installation, Alteration or Repair of Water Piping and/or Water Treating Equipment 5.00'ea. $ Repair/Alteration - Drainage or Vent 5.00 ea'. $ Ea. Vacuum Breaker/Backflow Protection Device Installed Subsequent to the .. Installation of the Piping or Equipment Served Each One (1-5) 2.50 ea. $ Each one (Over 5) 1.50 ea. $ Total fee: $ UNIVERSAL POWER OF ATTORNEY THE STATE OF TEXAS KNOW ALL MEN BY THESE PRESENTS: COUNTY OF HARRIS That I, Chris J. Fahrenthold , of Harris County, Texas, have this day made, constituted and appointed and by these presents do make, constitute and appoint William Steven Hobbs of Harris County, Texas my true and lawful attorney for and in my name, my place and stead as my specific attorney in fact, only to sign Electrical permits in my behalf for the City of La Porte, as I might or could do if personally present, with full power of substitution and revocation, hereby ratifying and confirming all that my said attorney or substitute shall lawfully do in the premises by virtue hereof. IN TESTIMONY WHEREOF, I -have hereunto signed and subscribed my name this 26th day of May, 1998. THE STATE OF TEXAS I . COUNTY OF HARRIS BEFORE ME, the undersigned, a notary public in and for Harris County, Texas on this day personally appeared Chris J. Fahrenthold , known to me to be the person whose name is subscribed to the foregoing instrument, and acknowledged to me that he executed the same for the purposes and considerations therein expressed. GIVEN UNDER MY HAND AND SEAL OF OFFICE this 26th day of May 1998. rrririiri v v vrriir g n�1.,2 NOTMVPUBUC, STATE OPTIXAS; NOT PUBLI FOR ®� MY COMMISSION IXPIRES OUNTY, TEYA 'rto,.d FEB. 20, 2001 � �rirrriirrirrrriirrrrrri� r�1 `` n My commission Expires t P,b. cXli c`10u� City of La Porte P.O. Box 1115 Porte, Tx 77572-1115 (281)471-5020 ext. 259,286 INSPECTION LINE: 471-9662 ****MECHANICAL PERMIT**** --------------------------- ------------------------------------------ Application Number . . 98-00000800 Date 5/29/98 Property Address . . . . . . 10615 N L ST HCAD Number . . . . . . 001- - - Alternate Search Method . . . Application description . . . REMODEL, SCHOOLS/OTHER EDUCATIONAL Subdivision Name . . . . . . UB ADDRESS Property Use . . . . . . . . Property Zoning . . . . . . . UTILITY BILLING ONLY Owner Contractor LA PORTE ISD OWNER 301 E. FAIRMONT PKWY. LA PORTE TX 77571 (281) ---------------------------------------------------------------------------- Permit . . . . . . MECHANICAL PERMIT Additional desc . . REPLACE A/C SYSTEM Sub Contractor . . TD INDUSTRIES Permit Fee . . . . 3444.00 Issue Date . . . . 5/29/98 Valuation . . . . 1712264 Expiration Date . . 11/25/98 Qty Unit Charge Per Extension BASE FEE 20.00 1712.00 2.0000 THOU MECH - $1001 & UP 3424.00 ---------------------------------------------------------------------------- Special Notes and Comments 1. SEPARATE CANOPY PLANS/PERMIT IS REQUIRED 2. SEE NOTES ATTACHED TO THE PLANS Fee summary ----------------- Permit Fee Total Grand Total -------------- - --- C; - SigneAhre o Charged Paid Credited 3444.00 3444.00 .00 3444.00 3444.00 .00 authorized agent Appi&ved by Building -Official or authorized agent Due .00 .00 HAY-28-98 THU 15:01 FAX NO. 7134717 P, 02 City of La Porte EsrabUshed 1+892 :. Building Nec an cal X *8lectrical *8lusabinq (* See back of form) 4 10W North Avenue L, LaPorte TX 77571 yat� 7roject Addzesa: Subdivisions Blocks ow=x,a Names LaPorte Independent School District pboIIe. 713-952-4584 Address: LaPorte, Texas 77571 - Street City Zip Cant_actor: TDlndustries ?hones_ ous on Texas aaasnss: 8801 Jameel #100 — Straat city Zip R.H. George & Associates, 8807 Jameel, Sute 150, Houston, Texas 77040 ihtgiaear: -' Colbourn Linseisen & Ratcliff, Inc., 13100 NW Frwy, Suite 500, Houston, TX 77040 Desigaer:_ -" Building tract School Sq. Footage: 0 Storiess—l_ valuation: 1 712 264.00 Desc-ibe work: Replace AC system For City use Only Occupancl Type Flood Zone Class work Sq. Ft. — CoaBt-action Type 'Use Zone k Stories parking requested_ _. Commercial Buildings Plans pnly-Fire Ma=5hal approval-- Chacced/.lpprovad for 2ssuaace BY: Date. --- Special Conditions: persit No. - v Hermit Fee 4 (attach to actual yarn=' .r. f City of La Porte P.O. Box 1115 La Porte, Tx 77572-1115 (281)471-5020 ext. 259,886`'� INSPECTION LINE: 471-9662 ****PLUMBING PERMIT**** --------------------------------------------------------------------------- Application Number . . . . . 98-00000800 Date 5/27/98 i Property Address . . . . 10615 N L ST HCAD Number . . . . . . . . . 001- - - Alternate Search Method . . . Application description . . . REMODEL, SCHOOLS/OTHER EDUCATIONAL Subdivision Name . . . . . . UB ADDRESS Property Use . . . . . . . . Property Zoning . . . . . . UTILITY BILLING ONLY Owner Contractor ------------------------ ------------------------ LA PORTE ISD OWNER 301 E. FAIRMONT PKWY. LA PORTE TX 77571 (281) --------------------------------------------------------------------------- Permit . . . . . . PLUMBING PERMIT Additional desc . . PLUMBING FOR RENOVATIONS Sub Contractor . . 'STARKEY PLUMBING Permit Fee . . . . 132.50 Issue Date . . . . 5/27/98 Valuation . . . . 0 Expiration Date 11/23/98 Qty Unit Charge Per Extension BASE FEE 10.00 42.00 2.5000 EA PL - FIXTURE/DRAIN/TRA:P -105.00 1.00 5.0000 EA PL - GAS SYSTEM (1-4 OUTLETS) 5.00 1.00 5.0000 EA PL - INST/ALT/REPAIR H2O PIPE 5.00 1.00 5.0000.EA PL - REPAIR/ALT.-DRAIN OR VENT 5.00 1.00 2.5000 EA PL-VACCUM BREAK/BACKFL PROTECT 2.50 --------------------------------------------------------------------------- Special Notes and Comments 1. SEPARATE CANOPY PLANS/PERMIT.IS REQUIRED 2. SEE NOTES ATTACHED TO THE PLANS Fee summary Charged Paid Credited Due ---------------------------------------- ----------------- Permit Fee Total 132.50 .132.50 .00 .00 Grand Total 132.50 132.50 .00 .00 Signa re of contract o or au orized agent `Da e Appr ed by Building Official or authorized agent Date City of la forte`; Established 189' ;:5a 3uilding. Mechanical *Electrical *Plumbing (* See ,back of form) ?roject Address �'�� lS ' L Lot: Subdivision: owner's Name: LpR Pozry_ l .5•z Address: Street -n City Contractor: Address: I Cc(p Nwz f_L \ N+A `Qr�S ta�Dt� i Block: Phone: 1 Lip Phone: 'I C3 • �I'l 2 - 'I l (i Street City G1P Engineer. RAA.GEu-le C;E _ Designer. Building IIse•'-V +,WL Sq. Footage: ,", Stories: Valuation: Describe Work: ,For City Use only OCC1p anC1 Type - Flood Zone Class Wort Sc. Ft. Construction Type Use Zone n Stories. ° Parking requested Commercial Buildings -Plans onlv-Fire Marshal Approval Date: Checked/Approved for Issuance By: Date: — Special Conditions: Permit No. �- Permit Fee 5 j s (attach to actual pezm-' COMPLETE THIS ""'MON FOR ELECTRICAL PERMI' NOTE: MIND CHARGE ON PERMITS) IS $3. Description 1 ._0 .Charges No.' Fees ' PERMIT ISSUE FEE outlets,, -Fixtures, Lights L 5.00 1 - S 5.00 Switches (1st 4 --Flat Fee) 2.00 Above Items (All others) 40 Washing Machine' .... ...$ ea.$ Dryer / Range 1.00 ea. S Cook To p / Oven / Fan 2.00 ea. $ . Oven (Commercial) 1.00 ea. $ A/C, plug -In Units 55 ea. $ Water Heater ..00 ea. $ ,Dishwasher / Garbage Disposal 2.00 1.00 ea. $ ., .All Services / T emp. Pole / ea. $ Temp. _::-All MotoruUnits 10.00 `5.00 ea. S Reinspection Fee ea. S Re -Connection Fee. 10.00 ea.... $ X-RAY Machine 5.00 ea. $ Motion picture Machine 10.00 ea. $ Incandescent Si per Circuit 3.00 4.00. ea. S Gas or Va Vacuum Tube Signs ea - .- , $ (Per Transformer) . Electric welder 4.00 ea. $ ' 2.00 ea. $ MOTORS: Up to but not incl. 1/2 HP 1/.2 HP 1.00 ea. $ and less than 2 HP 2 HP'and less than 10 HP 3.00 ea'.. S _10 HP and less than 25 HP 4.00 ea. $ 25 HP and less than 100 HP 5.00 ea. S' 100 HP and leis than 150 HP 10.00 12.00 ea. $ 150 HP and over, ' per HP 10 ea. $ ea. $ Permanently connected elect_'ic appliances and ' equipment of any nature not otherwise specified shall be charged Up to AW, Inclusive as follows:. All over 1 KW to 10 KW 50 ea. $ All over 10 AW to 50 XW 40 30 KW W $ w All over 50 EW to 100 KW 20 AW $ All over 100 KW$10.00 PLUS 04 KW $ $ Total fee COMPLETE THIS SECT -TON FOR PLUM,IDING PERMITS Description CharaPc ,.,.. PERMIT ISSUING FEE Plbg. Fixtures / Drains / Trans Sewer (New, Repair or Replacen'ent) Cesspool Septic Tank / Seepage Pit or Drainfield Water Heater and/or Vent Gas Piping System (1-4 Outlets) Gas Outlets, over 4 (Ea. Out'' -et) InstallationAlteration or Repair of Water Piping and/or Water Treating Equipment Repair/Alteration - Drainage or Vent Ea. Vacuum Breaker/Backflovp_otection Device Installed Subsequent to the Installation of the Piping or Equipment Served. Each One (1-5) . Each One (Over 5) $10.00 1 2.50 ea. Z 5.00 ea. 5.00 ea. 10.00 ea. 2.50 ea. 5.00 1.00 ea. 5.00 ea. / 5.00 ea. 2.50 ea. / 1.50 ea. Total fee: City., of ,La Porte P.O. Box 1115 / La Porte, Tx 77571 (281)471-5020 ext,,259,286 INSPECTION LINE: 471-9662 ****BUILDING PERMIT**** ---------------------------------------------------------------------------- Application Number . . .,. . 98-00000800 Date 5/27/98 Property Address . . . . . . 10615 N L ST HCAD Number . . . . . 001- - - Application description . . . REMODEL, SCHOOLS/OTHER EDUCATIONAL Subdivision Name . . . . . . UB ADDRESS Property Use . . . . . . . . Property Zoning . . . . . . . UTILITY BILLING ONLY Application valuation 3800000 Owner Contractor ------------------------ ------------------------ LA PORTE ISD OWNER 301 E. FAIRMONT PKWY. LA PORTE TX 77571 (281) -------------------------- Structure Information ------------------------- Construction Type . . . . . METAL FRAME (TYPE IV) Occupancy Type . . . . . . EDUCATIONAL . Other struct info . . . . . FLOOD ZONE UPDATE FLOOD ZO ---------------------------------------------------------------------------- Permit . . . . . . BLDG PERMIT -COMMERCIAL REMODEL Additional desc . . RENOVATIONS TO SCHOOL Permit Fee . . . . 8260.00 Plan Check Fee .00 Issue Date . . . . 5/27/98 Valuation . . . . 3800000 Expiration Date . . 11/23/98 Qty Unit Charge Per Extension BASE FEE 1660.00 3300.00 2.0000 THOU BLDG - 500,001 - UP 6600.00 ---------------------------------------------------------------------------- Special Notes and Comments 1. SEPARATE CANOPY PLANS/PERMIT IS REQUIRED 2. SEE NOTES ATTACHED TO THE PLANS Fee summary Charged Paid Credited ----------------- ---------- ---------- ---------- Due ---------- Permit Fee Total 8260.00 8260.00 :00 .00 Plan Check Total .00 .00 .00 .00 Grand Total 8260.00 8260.00 .00 .00 ------------- --- - --- ------------------------------------------------ 5 (SIGN RE OF CONTRAC R O UTHO �EDAGENT)(APP ED BY BUILDING O FIC ED AGENT) Building 9m City of La Porte R E:C E I V E O Established 1892 _rox Mechanical *Electrical' *Plumbing `.(*.See back of form) Project Address o Q9nL-J Subdivision: ____ owner• s Name: -Lr* %i�i� 1 S Lot: Block: I'- . _ Address: ✓V1 Street __ ::.:.. City Zip : t A�—,ous'rc e.-t�arl ph=e: contiacto=: - l0(04� 1�If;11Alo►�D �• A p` }�(Xo :�'1o4z-r{o2 w Address -street city _Zip Al�c?�ct Gam,-�c;�l+•rr-�� 13ioo tJ 4� F��a�;; S 600 IIO�rnt 'CX 'f1nClo 113.4G,2 =0�9 s Engineer: Designer: oG: So.soo . . Building Use: Gr3u11TIOt--- Sq. Footage:GYM #Stories: m( ,,r�,� Describe Pork: QG1OV/2 OhYz vaination <1©� For CityUse Only e&-w4 SRD6,Ae k3 Flood Zone Class Mork AM Sq. Ft. occupancy Type _x -/% Construction Type use Zone # Stories Parking requested Commercial Buildings Plans only -Fire Marshal Approval Date :sa5' S Checked/Approved fo� Issuance By: Special Conditions: SepkkwrE ct+woPY PLfFNs�PEIt/nsT Date: v?a rs i�Ef�A� Permit No. _ A 90 Pewit Pee 00 V��—(attach to actual permit ' ■..i..a as/u/fs c p.r..: r.O. N,X 1115 U Porte. Texis 17572-1115 • (71 3) 471.5020 COMPLETE THIS PORTION FOR ELECTRICAT, ET TTS: NOTE: MINIMUM CHARGE ON PERMITS) IS $10.00 - Description Charges No. Fees PERMIT ISSUE FEE Outlets, -Fixtures'; Lights1. i Switches (let 4 -'..Flat Fee) AboveItems (All.''Others) . Washing Machine :,,{UILd Dryer / Range. _ Cook Top /-.Oven / ,ran Oven (Commercial) A/C, Plug -In. Units Water Heater Dishwasher / Garbage Disposal All Services ,/ Temp. Pole/,.. `Temp: Cut -In --.:--- All Meter Units Re -Connection Fee %-Ray Machine.: Motion Picture Machine ' Incandescent Signs, Per circuit Gas or ' Vacua ' Tube Signs ,(Per Transformer) ..Electric. Welder ' .. 5.00 5.00 2.00 40 1.00 a 5.00 2.00 ea. _$ .- 2.50 ea. $ 1.00 ea. $ 10.00 ,..}g 5.00 ea. $ 10.00 ea:..:.-_ 5.00 ea. $ 10.00 ea. 3.00 ea. $ 4.00 ea $ 4.00 2.00 ea. - _....._$ _ ... ..... MOTORS • .. to but not incl_1/2 HP - '1/2 1.00 ea. $..--• -. HP and leas than 2 HP 3.00 ea. $ 2 HP and lesa.,'than •10 8P 4.00 ea. 10 HP-and-lea3than.25 HP..__...._ ...............- - 5.00 ea.-�.__._._..__.�.$ .__._._:.. ---._..:..:........., 25 HP and lean than-100 By 10.00 ea. $ } 150.HP_ ____.-.__- ---12.00 ea.._.._.._._•..�.$ .-�.�_-. '---.-=�:. .7.El50.HP:and over,::per-HP .. 10 Permanently connected electric appliances and equipment of 0 any' nature not otherrise specified shall be charged _ an follows: Up to RW, Inclusive .50 ea. $ .....-A11-'over'1 KW to 10 Kw -..... :... ._ .. ... 40 AbT All. over. 10 RW to 50 RW 'All 30-1KW $ ' over 50'RW.to-100 KW .. - 20 RW - -. -- S. . All over 100 RW $10.00 PLUS 04 RW $ Total fee ..... $ -::.COMPLETE THIS SECTION FOR PLUMBING PERMITS Description Charges No 'CY Fees PERMIT ISSUING FEE Plbg. Fixtures / Drains / Traps Sewer (New, Repair or Replacement) Cesspool Septic Tank / Seepage Pit or Drainfield -Water Heater and/or Vent Gas Piping System (1-4 Outlets) 'Gas'Outlets, I over 4 ''(Ea.'outlet) ' Installation, Alteration or Repair of Water Piping and/or Water Treating Equipment Repair/Alteration - Drainage or Vent Ea. Vacuum Breaker/Backflow Protection Device Installed Subsequent to the Installation of the Piping or Equipment Served Each One (1-5) Each One (Over 5) $10.00 1 $ 10.00 2.50 ea. $ 5.00 ea. $ ,. 5.00 ea. $ 10.00 ea. $ '1 2.50,ea. $ 5.00 $ 1.'00 ea. $ 5.00 ea. $ 5.00 ea. $ 2.50 ea. $ 1.50 ea. $ Total fee: $ 1- RECEIVED CLR Cobourn Linseisen & Ratcliff, Inc. May 5, 1998 Ms. Debbie Wilmore City of LaPorte, Inspection 604 West Fairmont Parkway La Porte, Texas 77571 MAY 0 71998 RE: La Porte I. S. D. Elementary School Renovations — Phase I Rizutto Elementary, Reid Elementary, Bayshore Elementary & Lomax Elementary CLR Project No. 97-104-00 Dear Ms. Wilmore: Thank you for meeting with us on Wednesday, April 29, 1998 and your rapid response in reviewing the drawings on the above referenced project. Below are our written responses to your review comments and our meeting with you, Paul Hickenbottom and James LeNoir. Gymnasium Renovations (Rizzuto, Reid, Bayshore) Site Plan: Rizzuto: Provide a separate blue line copy and a reproducible of Sheet C5.1. ✓ Reid: Provide a separate blue line copy and a reproducible of Sheet C6.1. Bayshore: Amend site plan to show all existing/proposed improvements.'s (i. a.. Sheet C5.1 — Rizzuto School). Provide a separate blue line and reproducib7e.��-^C 7. i-. See Attachment "A" (Rizzuto), Attachment "B" (Reid) and Attachment "C" (Bayshore). A reproducible revised per the City's comments will be forwarded upon approval of the documents. ttx Restrooms: Adequate facilities are NOT provided. Average class is 44 children. As per Table 407 of "94 Ed., Standard Plumbing Code: Girls — (2) water closets Boys — (2) water closets —OR- (1) water closet & (1) urinal Due to budget limitations, renovations to the Gymnasium office, storage and restrooms have been eliminated from this years scope of work. Please refer to the / attached sheets indicating revised scope of work to date (Attachment "D")" * Architects ■ Civil Engineers ■ Surveyors ■ Planners 13100 Northwest Fury, Suite 500, Houton, Texas 77040 Pbone: (713) 462.0993 0 Fax: (713) 462-2732 Ms. Debbie Wilmore — May 5, 1998 - Page 2 General: Delete reference/pages of work to other schools The set comprising of the Gymnasium renovations was organized into one volume in order to reduce the number of common sheets and drawings. As requested by the City, this volume was divided into sets specific for each campus. There may be an instance on a sheet where a reference is made to a detail that occurs at a different campus. If there are instances that are particularly troublesome or confusing, please advise and we will eliminate those references. Provide valuation of job. The entire scope of work will be under one contract in the approximate amount of $4,700,000. For budget purposes the value at each campus is as follows: Rizzuto: $240,000 Reid: $240,000 Bayshore $240,000 College Park' $240,000 Lomax: $3,800,000 Not in La Porte city limits. Provide fire/smoke information on vinyl wall coverings or vinyl -faced batt insulation. Vinyl wall covering is not being use on this project. Please refer to attached product data sheet for the vinyl faced batt insulation (Attachment "E") ��Oc f 'r 1 Provide engineered design on metal roofAvall panels. Calculations should meet minimum 100 mph wind speed We are assuming that your comment is directed primarily towards the wall panels. Due to budget limitations, the metal wall panel replacement will not be included in this year's scope of work. Please find the engineering information regarding the metal roof panel we have specified (Attachment "F"). Additionally during our Syr meeting Wednesday, it was indicated that a UL uplift design requirement for the roof was not necessary. Provide engineered design on metal canopies. Calculations should meet minimum 100 mph wind speed. Due to budget limitations, metal canopies will not be included in this year's scope of work except alongside the bus lane at Lomax Elementary School. \\CAD SERVER\WORK\Wodc\97-104-00\CO2 WILMORE 5-03-98.doc C& Cobourn Unseisen & Ratcliff, Inc. Ms. Debbie Wilmore — May 5, 1998 - Page 3 Proposed fire alarm system will be reviewed/permitted separately. (� Prior to installation, a copy of the fire alarm system shop drawings will be submitted to the City for separate permit review and comment. General question on routing of gas line. The new gas line feeding the new HVAC equipment was routed exposed on top of the office, storage, restroom areas. This was done to avoid excessive excavation and pavement demolition. The proposed location also reduces the potential for deterioration due to moisture in the ground and is readily accessible for / maintenance purposes. !/ Will hot water be supplied? Hot water will not be supplied to the restr000ms. Provide Sheet A6.1 & A6.2 (Wall Section & Detail), if applicable. 3 SG�S The above referenced sheets were included with the Lomax Elementary school / Gymnasium renovation work. Three additional copies of each sheet have been_/ attached to this response for insertion into each of the other sets (Attachment "G"). vvv Confirm that restrooms will have vented, exhaust fan to outside. New Restroom exhaust remains in the proposed scope of work. A new roof exhaust fan is indicated by the mark EF-4 on Sheet M1.1 (Rizzuto), EF-3 on Sheet M1.2 ✓ (Reid) and EF-2 on Sheet M1.3 (Bayshore). Storage is proposed above office, restrooms, etc. Provide engineered design with maximum load calculations. Storage above the office, restroom, storage area is not proposed. It is unknown if the existing space was designed for such purpose. If the school is improperly using this space for storage, please advise and we will notify the district for remedial action. Lomax Elementary Site Plan: Provide (2) separate blue line copies: Volume 1, Drawing No. 97-104-03 and Sheets C1.1 & C2.1. A reproducible of each sheet will need to be provided to the City once the site plan is approved. See Attachment "H" (Lomax). -2 5��5 UCAD SERVER\WORK\WorkL97-104-00%CO2 WILMORE 5-03-98.doc CLR Cobourn Unseisen & Ratcliff, Inc. Ms. Debbie Wilmore — May 5, 1998 - Page 4 Restrooms: Adequate facilities are NOT provided. Average class is 44 children. As per Table 407 of "94 Ed., Standard Plumbing Code: Girls — (2) water closets Boys — (2) water closets —OR- (1) water closet & (1) urinal Due -to budget -limitations, renovations -to the Gymnasium office, storag restrooms have been eliminated from this years scope-ofwork: -Please refer attached sheets- indicatina revised scone of work to date (Attachment "D"), General: Delete reference/pages of work to other schools The set comprising of the Gymnasium renovations was organized into one volume in order to reduce the number of common sheets and drawings. As requested by the City, for permitting purposes this volume was divided into four separate sets (one set per campus). There may be an instance on a sheet where a referencing occurs to a detail that is located at a different campus. If there are instances that are particularly troublesome or confusing, please advise and we will eliminate those references. Provide valuation of job. The entire scope of work will be under one contract in the amount of $4,700,000. For budget purposes the value at each campus is as follows: Rizzuto: $240,000 Reid: $240,000 Bayshore $240,000 College Park" $240,000 Lomax: $3;800;000> Not in La Porte city limits. Provide fire/smoke information on vinyl wall coverings or vinyl -faced batt insulation Vinyl wall covering does not occur in this scope of work. Please refer to the attached product data sheet for the vinyl faced batt insulation (Attachment "E"). Provide engineered design on metal roofAvall panels. Calculations should meet minimum 100 mph wind speed. We are assuming that your comment is directed primarily towards the wall panels. Due-to-budget=lim itations=tFfe=metal=wall:panel:replacement-will=not-be=included:in. this=year-'s=scope=of=work.Please find the engineering information regarding the metal roof panel we have specified (Attachment "F"). Additionally during our \\CAD SERVER\WORK\Work\97-104-00\CO2 WILMORE 5.03-98.doc CLR Cobourn Linseisen 6 Ratcliff, Inc. Ms. Debbie Wilmore — May 5, 1998 - Page 5 meeting Wednesday, it was indicated that a UL uplift design requirement for the roof was not necessary. Provide engineered design on metal canopies. Calculations should meet minimum 100 mph wind speed. City Proposed fire alarm system will be reviewed/permitted separately. Prior to installation, a copy of the fire alarm system shop drawings will be submitted to the City for separate permit review and comment. Sprinkler System Permit for the removal and re -installation of sprinkler heads will be required. Coordinate with the Fire Marshall. As•per•our meeting`.with your of_fic_e. and the Fire Marshal, prior to decommissioning 'the=sprinkler system, the Contractor will arrange a meeting with the Fire Marshal tandlthe-fire_spnnkler su6d- ntractor. Add sprinkler head in area between gym and main school Due`to-budget=lirnitations-the-vestibule-tietween_the�main_building=and=theme gymnasium:(Altemate:No._7.)_was not•accepted•and•is•not:included:this-years•sco of work-) Please refer to the attached sheets indicating revised scope of work to date. Provide additional wall construction details During our meeting with your office, it was determined that the additional wall construction details required related to the construction of the existing walls, specifically locations of existing rated walls within the building. Please refer to the attached plan that indicates existing rated walls (Attachment "I"). Will hot water be supplied? Hot-water-to•ttie restr000ms:is:not:included-in-the=scope-of-wo7k} Confirm that restrooms will have vented, exhaust fan to outside. \\CAD SERVERIWORK\Work�97.104.00\CO2 WILMORE 5-0398.doc CLR Cobourn Unseisen & Ratcliff, Inc. Ms. Debbie Wilmore — May 5, 1998 - Page 6 Storage is proposed above office, restrooms, etc. Provide engineered design with maximum load calculations. It is unknown if the existing space was designed for such purpose —If the school is improperly using this space for storage, please advise and we will notify the district for remedial action. Confirm if return air will be in ceiling or ducted. If ceiling is used, plenum -rated material are required. Also, fire dampers will be required when penetrating any rated walls. Space -be-used'as-a- on Sheets M2.1, M2.2, M2.3 Provide a separate floor plan sheet showing: a) construction type(s); b) location of all rated walls and c) wall's hourly rating. School is shown to be 80, 650 square feet. Depending on construction type, sprinkled school is too large and must have rated walls. (See Table 500 of "94 Ed. Of Standard Building Code for maximum square footage allowed) Please refer to the attached drawing indicating the existing 4 hour and 2 hour rated walls (Attachment "I"). Also attached is a description of the scope of work to be performed at Lomax Elementary (Attachment "D"). The majority of the work involves replacement of the school's mechanical system and the building modifications required to support this mechanical replacement. We have attempted to make all new work comply with the provisions of the of "94 Ed. Of Standard Building Code, however, based on subparagraph 3401.2.1 we did not include modifications to the building that would bring the entire building up into compliance with the current code. We respectfully request that you review subparagraph 3401.2.1 and reconsider your position on this matter. Volume 3 — Alternate 1 — Deletion of men's restroom and reduction of (1) water closet in ladies restroom. Table 407, "94 Ed. Standard Plumbing Code requires for office area to have a minimum of (1) water closet for men & (2) water closets for female. Alternate 1 would not be allowed without additional restrooms being added. Altemate-l-was-not-accepted°by-the,L-a=Porte--I=S-D-and"will.not,be_included,in_this year-'s-scope-of•work. However, based on Chapter 407 of the above mentioned code, the fixture count was determined by the usage of the entire building and not based on individual areas contained within it. \\CAD SERVER\WORK\Work\97-104-00\CO2 WILMORE 5-03-98.doc 6W Cobourn I"inseisen 6 Ratcliff, Inc. Ms. Debbie Wilmore — May 5, 1998 - Page 7 Volume 3 — Sheets A2.1, A3.1, A4.1, M2.1, El. 1, E2. & P2.1. Door swing at end of hall (CorridorA113 — where restroom is removed, Alternate 1) has been reversed to eliminate dead end corridor. Altematecl=was:not-accepted:by'tffi:-a Porte-I=S=D _and-will.not be included in this years -scope -of -,work ---However, by installing the new exterior door All 07 (which is 1 included in this years scope of work), the above mentioned corridor will be reduced in length to approximately 19' — 8" which is permitted under subparagraph 1005.2. Volume 3 — Sheet El. 1, E1.2, & E1.3. Emergency lights and exit signs shown are not adequate. Coordinate with the Fire Marshal on proper number and location. AddiCnal emergency lights and exit signs will be installed as directed by the Fire / Marshal. Since the scope of work involves the removal of all the ceiling and disarming of the sprinkler system, coordinate with the Fire Marshal on minimum requirement concerning building security. o As per our meeting with your office and the Fire Marshal, it was determined that because the building will be unoccupied and the contents will be removed from the building, the sprinkler system may be disarmed and decommissioned for the duration of the project or until school resumes in August, 1998. We sincerely hope the above responses meet with your approval. Upon approval of the above comments, we will proceed with incorporating the information on the City's permit set and forwarding the information to the General Contractor for implementation. Also attached are two copies of Addenda 1 through 5 for your review and use. Should you have any questions and/or comments, please don't hesitate to call this office. Sincerely, CO OURN' LII'NSEISEN W� Geor Watanabe, AIA Sr. J. Mgr. & RATCLIFF, INC. xc: Don Heinz, Project Manager, La Porte I. S. D. (8-1/2 x 11 sheets only) File \\CAD SERVER\WORK\WodcU7-104-00\CO2 WILMORE 5-03-98.doc CLR Cobourn Linseisen & Ratcliff, Inc. Attachment"ID" May 5, 1998 Scope of Work at Lomax Elementary School: lSitework: 1� Construct new bus lane at east side of building 2. Construct new sidewalk & canopy along new bus lane. 3. Construct new walking track. 4. Repair or replace existing asphalt parking lot. Architectural Renovations: jgene" a I1'j Remove existing roof top A/C units and replace existing roof. 12. Replace existing ceiling tiles and grid throughout main building. �3. Remove existing carpet. LPISD to install new carpet under separate contract. 4. Replace existing clerestory window frames and glazing. RE: Sheet A2.1 — Volume 3 1 Install new exterior door to Administration offices at Corridor A107. 2.D Install new aluminum storefront frame creating new Vestibule A101. 3.1 Add new shelving and reconfigure existing shelving in Library A123 4. Renovate existing Library Office to create new AN Storage A126 and Ramp I A131 to stage. 5.1 Renovate existing AN Storage to create new Library Workroom/Office A127. 6 1 Renovate existing Storage room to create new Mechanical Room A129. Extend existing walls to structural deck above and install new.exterior double doors. 7.1 Renovate Corridor A133 to accommodate new Ramp A131. 8. Renovate existing Storage room to create new Mechanical Room A137. I Extend existing walls to structural deck above and install new exterior double i doors. 9. Renovate existing Storage room to create new Mechanical Room A129. Extend existing walls to structural deck above and install new exterior double doors. 10. Renovate existing Storage room to create new Mechanical Room B102 and Custodial B105. Extend existing walls to structural deck. \\CAD SERVER\WORK\Work\97-104-00\LPISO Ph 1 Scope.doc Page 1 Attachment "D" May 5, 1998 � 1!. Construct new Mechanical Building B121 and adjoining chiller yard. RE: Sheet A2.2 — Volume 3 Renovate Toilet C133 for handicapped accessibility. . Renovate existing Storage room to create new Mechanical Room C139. Extend existing walls to structural deck above and install new double doors. . Extend Install new countertops and sinks at Art/Science C121. 4Renovate Boys' Restroom C176 and Girls' Restroom C177 for handicapped L. accessibility. RE: Sheet A2.3 — Volume 3 Construct new partition to create new Speech D132 and Resource D131. I 2. Renovate existing Storage room to create new Mechanical Room D113. Extend existing walls to structural deck above and install new double doors. Mechanical Renovations 1. Replace existing HVAC system with new HVAC system consisting of 4-pipe 1 VAV system. 2. Replace all ductwork with new externally insulated ductwork. . Replace existing packaged rooftop HVAC units with new ground mounted air cooled chiller units. 4. Install new HVAC controls system. Electrical Renovations (I1� Perform electrical modifications to support new HVAC equipment. f2. Reinstall existing lighting fixtures on existing circuits. 3. Install new electrical outlets in each classroom to support computers. 4. Install new computer network infrastructure. 5. Replace existing fire alarm system with new addressable F/A system. Plumbing Renovations 1 Perform plumbing modifications to support new HVAC equipment (floor I drains, make-up water, etc.) \\CAD_SERVER\WORK\Work\97-104-00\LPISD Ph 1 Scope.doc Page 2 Attachment"ID" May 5, 1998 Perform plumbing modifications to support architectural renovations (handicapped accessibility, sinks, abandoning and capping existing plumbing lines). 3. Remove existing gas lines from roof which supplied abandoned rooftop HVAC units. Gymnasium Renovations - RE: Sheet A1.5, A2.5, A5.5, A6.1, A6.2, M1.5, E1.5 & P1.5 — Volume 1 11�. Remove existing sprayed on insulation and repaint existing steel structure where exposed. 2. Install new vinyl faced batt insulation at walls (where accessible) and roof. 3. Replace existing metal roof and skylight panels. 4. Install new HVAC system. 5. Install new electrical work to support new HVAC system. �6. Install new Fire Alarm system. i7.1 Install new gas and sanitary sewer to support new HVAC system. Scope of Work at Rizzuto Elementary School: Sitework: 1. Construct new walking track. Gymnasium Renovations - RE: Sheet A1.5, A2.5, A5.5, A6.1, A6.2, M1.5, E1.5 & P1.5 — Volume 1 1. Remove existing sprayed on insulation and repaint existing steel structure where exposed. 2. Install new vinyl faced batt insulation at walls (where accessible) and roof. 3. Replace existing metal roof and skylight panels. 4. Install new HVAC system. 5. Install new electrical work to support new HVAC system. 6. Install new Fire Alarm system. 7. Install new gas and sanitary sewer to support new HVAC system. Scope of Work at Jennie Reid Elementary School: \\CAD_SERVER\WORK\WorkO7-104.00\LPISD Ph 1 Scope.doc Page 3 Attachment "D" May 5, 1998 Sitework: 1. Construct new walking track. Gymnasium Renovations - RE: Sheet A1.5, A2.5, A5.5, A6.1, A6.2, M1.5, E1.5 & P1.5 — Volume 1 1. Remove existing sprayed on insulation and repaint existing steel structure where exposed. 2. Install new vinyl faced batt insulation at walls (where accessible) and roof. 3. Replace existing metal roof and skylight panels. 4. Install new HVAC system. 5. Install new electrical work to support new HVAC system. 6. Install new Fire Alarm system. 7. Install new gas and sanitary sewer to support new HVAC system. Scope of Work at Bayshore Elementary School: Sitework: 1. Construct new walking track. Gymnasium Renovations - RE: Sheet A1.5, A2.5, A5.5, A6.1, A6.2, M1.5, E1.5 & P1.5 — Volume 1 1. Remove existing sprayed on insulation and repaint existing steel structure where exposed. 2. Install new vinyl faced batt insulation at walls (where accessible) and roof. 3. Replace existing metal roof and skylight panels. 4. Install new HVAC system. 5. Install new electrical work to support new HVAC system. 6. Install new Fire Alarm system. 7. Install new gas and sanitary sewer to support new HVAC system. \\CAD_SERVER\WORK\Wodc\97-104-00\LPISD Ph 1 Scope.doc Page 4 05/04/98 01:13 FAX 713 946 7066 i np1-Va por-RRTFder Tilm—=� Product Data Sheet TECLIMCAL INFORMATION 6/21/94 Prnnertles Values Thickness .0032 in. ± 10% Yield 46.0 sq.fl./Ib. ± 5% Brittleness +7eF Tensile Strength MD. 3100 psi T.D. 2600 psi M.D. 8.0 Ibs.hn. T.D. 6.7lbs.fin. ' Elongation M.D. 170o/a T.D. 180E/a Tear Strength M.D. 175 Sms T.D. 365gms Dimensional Stability M.D. 4.0% T.D. +9:5% Permeance, Perms 1.0 U.L. Fire Hazard Classification: (Composite) ,,Flame:Spread 25� eSmoke:Dcvcloped =-50---i, �Vdth As ordered t'/. MADE IM aMbltl aM MtrEl'aa OIEIO COWMr VI rj1L /3'ic t .4 s PS t•d Test Method ASTM-D-1593 Determined by vvt ASTM-D-1790 ASTM-D-882 ASTM-D-882 ASTM-D-1922 ASTM 1204 ASTM-E-96 U.L. 723 (ASTM-E-84 Tunnel) Tape We believe all infmna6m given is a.I.. It is offered in good faith, bet -ithm, guarantee. Sinee WrldiliMa of age>n beyond ow control, all risla ofox ce essMnul by the user. Nothing herein shall be construed as a rccwmnesdation for uses which inEnge valid patents or as a icudin` a license undo valid patcntt. .101h, P.O.VyTech Industries Incorporated • Box 5288 1Pearman Dairy Road a Anderson, South Carolina 29623 1 Phone (864) 225-1459 • FAX (864) 224-8410 E MAIL: atlas@vy(ech.com 05/04/98 00:41 TX/RX N0.5193 P.003 Is 10210 Metal Roof and Walt Systems 12' "R" PANEL 3s• 3/4 ,-� 3/1e,,. 4• * 3 V-' + + +,� 1 3e- 1 v: SECTION PROPERTIES PANEL GAUGE Fyy (KSI) WEIGHT (PSF) TOP FLAT IN COMPRESSION BOTTOM FLAT IN COMPRESSION Ix (In.Vn.) Sx (in. 3/n.) Me (in. Kip) Ix (in.4/n.) Sx (in. 3/n.) Me (in. Kip) 29 80.0 0.75 0.0286 0.0255 0.9161 0.0276 0.0333 1.1973 26 80.0 0.94 0.0423 0.0388 1.3928 0.0390 0.0437 1.5698 24 50.o 1.14 0.0542 0.0518 1.5500 0.0517 0.0544 1.6296 22 50.0 1.44 0.0696 0.0704 2.1084 0.0454 0.0610 1.8253 NOTES 1. All calculations for the properties of panels are calculated in accordance with the 1986 edition of Specifications for the Design of Light Gauge Cold Formed Steel Structural Members - published by the American Iron and Steel Institute (A.I.S.I.). 2. Ix Is for deflection determination. 3. Sx Is for bending. 4. Me is allowable bending moment. 5. All values are for one foot of panel width. ALLOWABLE UNIFORM LIVE LOADS IN POUNDS PER SQUARE FOOT 29 Gauge (Fy = 80 KSI) 26 Gauge (Fy = 80 KSI) SPAN LOAD TYPE TYPE SPAN IN FEET SPAN IN FEET 3.0 4.0 5.0 6.0 1 7.0 1 8.0 3.0 1 4.0 1 5.0 6.0 1 7.0 1 8.0 SIMPLE NEGATIVE WIND LOAD 118.3 66.5 42.6 29.6 1 21.7 1 16.6 155.0 1 87.2 1 55.8 38.8 1 28.5 1 21.8 LIVE LOAD/DEFLECTION 67.9 29.3 15.0 8.7 5.5 3.7 102.7 43.3 22.2 12.8 8.1 5.4 2-SPAN NEGATIVE WIND LOAD 90.5 50.9 32.6 22.6 16.6 12.7 137.E 1 77.4 1 49.5 34.4 25.3 19.3 LIVE LOAD/DEFLECTION 88.7 49.9 31.9 20.2 12.7 8.5 116.3 65.4 41.9 28.5 18.0 12.0 3-SPAN NEGATIVE WIND LOAD 113.1 63.6 40.7 28.3 20.8 15.9 172.0 96.7 61.9 43.0 31.6 24.2 LIVE LOAD/DEFLECTION 106.0 53.3 27.3 15.8 10.0 6.7 145.4 75.4 38.6 22.3 14.1 9.4 4-SPAN NEGATIVE WIND LOAD 105.6 59.4 38.0 26.4 19.4 14.9 160.6 90.3 57.8 40.1 29.5 22.6 OR MORE LIVE LOAD/DEFLECTION 103.5 56.6 29.0 16.8 10.6 7.1 135.7 76.3 41.0 23.7 14.9 10.0 24 Gauge (Fy = 50 KSI) 22 Gauge (Fy = 50 KSI) SPAN LOAD TYPE TYPE SPAN IN FEET SPAN IN FEET 3.0 4.0 1 5.0 6.0 1 7.0 8.0 3.0 1 4.0 1 5.0 6.0 1 7.0 1 8.0 SIMPLE NEGATIVE WIND LOAD 160.9 90.5 1 57.9 40.2 29.6 22.6 180.3 101.4 1 64.9 45.1 1 33.1 1 25.4 LIVE LOAD/DEFLECTION 114.8 55.5 28.4 16.4 10.4 6.9 156.2 71.3 36.5 21.1 13.3 8.9 2-SPAN NEGATIVE WIND LOAD 153.1 86.1 55.1 38.3 28.1 21.5 208.2 117.1 75.0 52.1 38.2 1 29.3 LIVE LOAD/DEFLECTION 120.7 67.9 43.5 30.2 22.2 15.9 135.2 76.1 48.7 33.2 20.9 14.0 3-SPAN NEGATIVE WIND LOAD 191.4 107.6 68.9 47.8 35.1 26.9 260.3 146.4 93.7 65.1 47.8 36.6 LIVE LOAD/DEFLECTION 150.9 84.9 51.2' 29.6 18.6 12.5 169.0 87.8 44.9 26.0 16.4 11.0 4-SPAN NEGATIVE WIND LOAD 178.7 100.5 64.3 44.7 32.8 25.1 243.0 136.7 87.5 60.8 44.6 34.2 OR MORE LIVE LOAD/DEFLECTION 140.9 79.2 50.7 31.4 19.8 13.3 157.8 88.8 47.7 27.6 17.4 11.6 NOTES 1. Allowable loads are based on uniform span lengths and Fy of 80 KSI for 29 and 26 gauge and Fy of 50 KSI for 24 and 22 gauge. 2. Live load is allowable live load. 3. Wind load is allowable wind load and has been increased by 33.333%. 4. Deflection loads are limited by a maximum deflection ratio of U240 of span or maximum bending stress from live load. 5. Weight of the panel has not been deducted from allowable loads. 6. Load table values do not address web crippling requirements or connection of panel to substrate. 7. Minimum bearing length of 1.5' required. S. See pages 19-20 for minimum fastener pattern. r� aUgaI CT TQ QHANG_E WITHOUT NOTICE EFFECTIVE APRIL 29.1997 t W AN 131I5o so. FT 17,4so sca FT II,Z74 -,a•FT LI R I IM t �OTAL � So,326 GYnn : 6, 636 1 1 Fj �•4a I�R zl- ao V . U l Lomax Elementary School — Gymnasium Renovations 10615 North L Street Building Plan Review 4/22/98 Site Plan: Provide (2) separate blue line copies: Volume I, Drawing No. 97-104-03 and Sheets C1.1 & C2.1. A reproducible of each sheet will need to be provided to the City once the site plan is approved. Building Plan Comments Restrooms: Adequate facilities are NOT provided. Average class is 44 children. As U� �e 'rpO'Y' per Table 407 of'94 Ed., Standard Plumbing Code: r A� �2.5 Girls — (2) water closets C, ` Boys — (2) water closets -OR- (1) water closet & (1) urinal General: reference/pages of work to other schools. p I oK Provide valuation of job. 6���r1 D S rl p W P L& I Provide fire/smoke information on vinyl wall coverings or vinyl -faced batt _ insulation. NFF D No T ynclude) Provide engineered design on me roof/' all panels. Calculations should Wo IlS — S0 b meet minimum 100 m.p.h. wind sppe 7ti [3e S er a ' ) Provide engineered design on metal canopies. Calculations should meet minimum 100 m.p.h. wind speed. < p -rlLtS Proposed fire alarm system should be reviewed/permitted separately. Sprinkler System Permit for the removal and re -installation of sprinkler /1/ n "ads will be required. Coordinate with the Fire Marshal.�&.4 dd 'nkler-head-in-area-between-gym-and-main-school,. �� / �I p Provide additional wall construction details.— A) tw walls -coH Hes�haoMS� .vo /0rt34 �h0 Pd5pd s tom(— Will hot water be supplied? — /V9_ �Confirm that rstrooms will have vented, exhaust fan to outside. `— 5 T Lomax Dementary Building Plan Review — 4/22/98 Page 2 of 2 Storage is proposed above office, restrooms, etc. Provide engineered dcsip with maximum load calculations. Confirm if return air will be in ceiling or ducted. If ceiling is used, G- O I plenum -rated materials are required. Also, fire dampers will be required 0 ll ` when penetrating any rated walls. Provide a separate floor plan sheet showing: a) construction type(s); b) W ; location of all rated walls and c) wall's hourly rating. School is shown to 111 zt--. be 80,650 square feet. Depending on construction type, sprinkled school is too large and must have rated walls. (See Table 500 of'94 Ed. Of Standard Building Code for maximum square footage allowed) `— Volume 3 - Alternate I — Deletion of men's restroom and reduction of (1) n� water closet in ladies restroom. Table 407, '94 Ed. Standard Plumbing �1 l� Code requires for office area to have a minimum of (1) water closet for p Pi l men & (2) water closets for female. Alternate 1 would not be allowed ithout additional restrooms being added Volume 3 - Sheets A2.1, A3.1, A4.1, M2.1, El. I, E2.1& P2.1. Door swing \e at end of hall (Corridor Al 13 - where restroom is removed, Alternate 1) — �� has been reversed to eliminate dead end corridor. Volume 3 —Sheet E1.1, E1.2 & E1.3. Emergency lights and exit signs shown are not adequate. Coordinate with the Fire Marshal on proper ` O numb r and location. NSince the scope of work involves the removal of all the ceiling and disarming of the sprinkler system, coordinate with the Fire Marshal on minimum requirements concerning building security. r Lomax Elementary School — Gymnasium Renovations 10615 North L Street Building Plan Review 4/22/98 Site Plan: Provide (2) separate blue line copies: Volume I, Drawing No. 97-104-03 and Sheets C1.1 & C2.1. A reproducible of each sheet will need to be provided to the City once the site plan is approved. Building Plan Comments Restrooms: Adequate facilities are NOT provided. Average class is 44 children. As per Table 407 of'94 Ed., Standard Plumbing Code: Girls — (2) water closets Boys — (2) water closets -OR- (1) water closet & (1) urinal General: Delete referencelpages of work to other schools. Provide valuation of job. Provide fire/smoke information on vinyl wall coverings or vinyl -faced batt insulation. Provide engineered design on metal roof/wall panels. Calculations should meet minimum 100 m.p.h. wind speed. Provide engineered design on metal canopies. Calculations should meet minimum 100 m.p.h. wind speed. Proposed fire alarm system should be reviewed/permitted separately. Sprinkler System Permit for the removal and re -installation of sprinkler heads will be required. Coordinate with the Fire Marshal. Add sprinkler head in area between gym and main school. Provide additional wall construction details. Will hot water be supplied? Confirm that restrooms will have vented, exhaust fan to outside. Lomax Elementary Building Plan Review — 4/22/98 Page 2 of 2 Storage is proposed above office, restrooms, etc. Provide engineered design with maximum load calculations. Confirm if return air will be in ceiling or ducted. If ceiling is used, plenum -rated materials are required. Also, fire dampers will be required when penetrating any rated walls. Provide a separate floor plan sheet showing: a) construction type(s); b) location of all rated walls and c) wall's hourly rating. School is shown to be 80,650 square feet. Depending on construction type, sprinkled school is too large and must have rated walls. (See Table 500 of'94 Ed. Of Standard Building Code for maximum square footage allowed) Volume 3 - Alternate 1 — Deletion of men's restroom and reduction of (1) water closet in ladies restroom. Table 407, '94 Ed. Standard Plumbing Code requires for office area to have a minimum of (1) water closet for men & (2) water closets for female. Alternate 1 would not be allowed without additional restrooms being added. Volume 3 - Sheets A2.1, A3.1, A4.1, M2.1, E1.1, E2. & P2.1. Door swing at end of hall (Corridor Al 13 - where restroom is removed, Alternate 1) has been reversed to eliminate dead end corridor. Volume 3 — Sheet El. 1, E1.2 & E1.3. Emergency lights and exit signs shown are not adequate. Coordinate with the Fire Marshal on proper number and location. Since the scope of work involves the removal of all the ceiling and disarming of the sprinkler system, coordinate with the Fire Marshal on minimum requirements concerning building security. E1 EZ E3 F¢ E5 W.Initand Illno.IQS; Cook IlarrlI- Mcr.1ro ._JIcLn'1. KIwler Ilar"Pri Corhrnn Mirke. KN ente KN KN It/It n BOOK 12 15 Uahse Uunllaul ita.ley l I GIRL t �1 I V. SmLCII tiLLCman r.kham ' I'll., ll" KLncald Miller Bennett 2 L 2 �•1— cnoa�,l I c Sc1 opjlc ti C l..l .l l:ub8 I, �• Mcs • 1 1 Ihu;hlnp,� It.'l,res AmfmFon WhICe I I /112I' L I l 113 L'I) I. s c l r r Ic I._.MrLrnurr Ilrwulx .Inr.kaon L J 1 {I;. 17 Computer 1,IU i I C K. ;u I I.I. Kul! I.ck I ld�l f "y� Lab +I o s T or[- Good- Iloeksi .a I i 4 ;t.rollip.l. 1 OJC(Ia r.11om IT Ions wIt., Worlu•nun IlaWks (I'llrl' SAC �" Ital�lnlli 5hecch .I CAl"C r1.RIn li — rinla GYM l; 0 �/f ANK lEMTI,NrIFA11�\,Y I'C"' TJ 00T, CITY OF LA PORTE 604 West Fairmont Parkway LaPorte, Texas 77571 Ph: (281) 471- 5020 Fax : (281) 471-7168 INSPECTION SERVICES TO: 7n CL r K 7-n � f-S jj FAX #: (7 0) COMPANY: 1�) RLMf}-G Q-t LS#ms-i-i 0 n FROM: U6 B.=E TOTAL NUMBER PF PAGES SENT C_.O a% DATE: e lye TIME: D REMARKS: �n C 0 If you do not receive all of the pages, pleMe contact us as soon as possible at (281)471-5020. CITY- OF LA, PORTE 604 West Fairmont Parkway La Porte, Texas 77571 Ph: (281) 471-5020 Fax : (281) 471-7168 INSPECTION SERVICES TO: -rh, ke. CI cLu s e h FAX #: (.?8/) COMPANY: L P =S t>. FROM: '�) �_8 B =£ W 'LL_CYL 0 R E TOTAL NUMBER OF PAGES SENT 0 �a 7 DATE: i�f /! TIME: Is 7j I 'd oily F 14 1W AW0411W If you do not receive all of the pages, please contact as soon as possible at (281)471-5020. CITYOF LA PORTE 604 West Fairmont Parkway LaPorte, Texas 77571 Ph: (281) 471-5020 Fax : (281) 471-7168 INSPECTION SERVICES TO: G�D� qe W0./1�be FAX#: (713) COMPANY: FROM: TOTAL NUMBER OF PAGES SENT 6 DATE: a TIME: /r' .3 D If you do not receive all of the pages, please contact us as soon as possible at (281)471-5020. ii 8 0 City of La Porte OF IJVtl HUU11CJJ 0UNiC / �� �O�F� The fo q';S-NOT BEEN COMPLETE s; in a ditions or corrections shall made before the job will be accepted f'I � k�tc)�en 7neC{l,) Need F�Un_ge-Cah }r" toP2�EXi t Ca{'PLI-i o boars �,orkinc F,'iii i/1-5 ahIt)i) se (A I E: f. a Gov e Daly, e Coh � i o•h' Si ��� r;; ? n e tY o, -1,' c n s 117 " 11 J?EA E - 3 nletrl-c LF Sernl-� Con idok WaII. IQm 1)IU-ep F re. A)Arrl, f /Fye 6)'Con,Ynle-le Venn` //aoD sn5pec4;6n.S-rot- /VoN— Li4P�sa�aiy It is unlawful for any Carpenter, Contractor, Builder, or other persons, to cover or cause to be covered, any part of the work with flooring, lath, earth or other material, until the proper inspector has had ample time to approve the installation. St PIla 5 n �� 1- Per fad /n Qr/� t z;1 r=pC 1dn VWAS -FC) After additions or corrections have been made, call471-9662. O.560ID) �e%m�ohah% For additional, f rma o 1 1 020, Ext. 2593C O PRESS HARD - U L POINT PEN •�:�i..�.".��..-.rH ..:::a:.. Vv.,l�i'2'i .gib-..a�.:.y'.l�rL.-S., Y "'.�.•J�'..:L:.�ti1ds���:w. City of La Porte OF JOB ADDRESS DATE �- GF � n n l 7a, 1O6/ €` !,- N. L sT THIS JOB HAS NOT BEEN COMPLETED The following additions or corrections shall be made f, before the job will be accepted �Alk-V Fi11i5�� 111SU(Gl/�C1 'i Fldd Plywood above 00h15 _ ,1 M lAwp It is unlawful for any Carpenter, Contractor, Builder, or other persons, to cover or cause to be covered, any part of the work with flooring, lath, earth or other material, until the proper inspector has had ample time to approve the installation. After additions or corrections have been made; call 471-9662. For additional information call 471-5020, Ext. 259 PRESS HARD - USE BALL POINT PEN / .y.-)lw...+l..k f `S11L .►.Lwkwala wrmj Cb C*AswklA Q294 �)MLS1Ki -/04tww7D j9pno l» llr S�5 n Eon c"rpm In - -WAa 04. t4willimrd VQQIVW! -ISIX9 av MIS"" NAM IPO-d St"Ol 86-91-L^C T �4 pe, 9 L 7. Joints —Wallboard Joints eXposea or covered wim Thief LdF U d11U wui► 1111101101. �Q a.' nate, nom 3/32 in. thick gypsum veneer plaster may be applied to the entire surface of Classi- fied veneer baseboard. Joints reinforced. +When wood runners are used, the rating is combustible. 'Bearing the UL Classification Marking Design No. U513 Nonbearing Wall Rating-1HR. , I J 1 4 5 3 6 24" O O 1 1. Floor and Ceiling Runners —Two parts, channel shaped, fabricated from 18 MSG galv steel, 2-1/4 in. wide with unequal legs 1/2 and 1-1/4 in. deep, attached to concrete or masonry with fasteners 24 in. OC. Closure plate, 1-1/4 in. wide, attached to 1/2 in. leg with No. 8 by 7/8 in. long sheet metal screws spaced 17-1/2 in. OC. 2. Wallboard, Gypsum'-5/8 in. thick, 2-1/4 in. wide strip laced in floor runner. Canadian Gypsum Co., Ltd. —Types SCX, SHX, WRX. Celotex Corp. —Type 1 or FRP. Domtar Gypsum —Type 5, 9 or C. National Gypsum Co., Riyadh, Saudi Arabia —Type FR or WR. United States Gypsum Co. —Type AR, SCX, SHX, WRC or WRX. 2A. Wallboard, Gypsum' --(As an alternate to Item 2�—Nom 3/4 in. thick, installed as described in Item 2. United States Gypsum Co. —Type AR. 3. Wallboard Gypsum'-5/8 in. thick, 24 in. wide sheets. Celotex Corp. —Type 1 or FRP. Continental Gypsum Company —Type CG-5. Domtar Gypsum —Type 5, 9 or C.. Pabco Gypsum Types PG-5, PG-9. United States Gypsum Co. —Type FCM. 4. Wallboard, Gypsum Ribs` —Cut from sheets of 1 in. thick. Screw attached and _laminated to wallboard sheets with polyvinyl base adhesive to form 2-1/4 in. thick panels. Full width core sections may be used. United States Gypsum Co. —Type R. 5. Wood Screws —No. 8 by 2 in. long wood screws spaced vertically 30 in. O.C., and located 2 in. from tongue edge of panels and 4 in. from groove edge. 6. Joint Compound —Joints finger wiped and screwheads covered with one coat of joint com- pound. 'Bearing the UL Classification Marking Jul-16-98 10:49 P_04 arsebay am.e1. Uts-Iw(, flow DineNSioiJ or.acKT. Cmotlbw. pA¢vrtm1 -to U6AK. - u L. =&ddJ 11a u SI; 49& k"ACAW 51kFT. e[IL.I&A CA3w=160R. SRO r"WO cp OLI Tu1C, ccvmtvow. VAU. . (,ar AK F.L&MINATaRY 71164 Jul-16-98 10:49 &V*fOj4 IWOO wV`1Wtj NOW G''x'i%WSIwJ aF ©LIST. crostjbwR PAPTITtow1 -to V644 - aI. =161d j 11a u 6's 4JM ktrACAW 51i:FT. CLI L144 SLIdAwc% calmmow. rAU. (max rC.M VATaZY a 7. Joints —Wallboard joints exposed or covered with fiber tape and joint finisher. As an alter- nate, nom 3/32 in. thick gypsum veneer plaster may be applied to the entire surface of Classi- fied veneer baseboard. Joints reinforced. +When wood runners are used, the rating is combustible. ^Bearing the UL Classification Marking f#y1p1 �Design No. U513 Nonbearing Wall Rating-1 HR. a 5 24' 6-1/2* 1Min.J L5-3/8" Win. m 0 0 1. Floor and Ceiling Runners —Two parts, channel shaped, fabricated from 18 MSG galv steel, 2-1/4 in. wide with unequal legs 1/2 and 1.1/4 in. deep, attached to concrete or masonry with fasteners 24 in. OC. Closure plate, 1-1/4 in. wide, attached to 1/2 in. leg with No. 8 by. 7/8 in. long sheet metal screws spaced 17-1/2 in. OC. 2 Wallboard Gypsu'-5/8 in thick 2-1Ain wide strip laced in floor runner. Camnadian Gypsum Co., Ltd. —Types SCX, SHX, WRX. Celotex Corp. —Type 1 or FRP. Domtar Gypsum —Type 5, 9 or C. National Gypsum Co., Riyadh, Saudi Arabia —Type FR or WR. United States Gypsum Co. —Type AR,-SCX, SHX, WRC or WRX. 2A. Wallboard, Gypsum' --(As an alternate to Item_)-Nom 3/4 in. thick, installed as described in Item 2. United States Gypsum Co. —Type AR. 3. Wallboard Gypsum'-5/8 in. thick, 24 in. wide sheets. Celotex Corp. —Type 1 or FRP. Continental Gypsum Company —Type CG-5. Domtar Gypsum —Type 5, 9 or C.. Pabco Gypsum —Types PG-5, PG-9. United States Gypsum Co. —Type FCM. 4. Wallboard, Gypsum Ribs' —Cut from sheets of 1 in. thick. Screw attached and laminated to wallboard sheets with polyvinyl base adhesive to form 2-1/4 in. thick panels. Full width core sections may be used. United States Gypsum Co. —Type R. 5. Wood Screws —No. 8 by 2 in. long wood screws spaced vertically 30 in. O.C., and located 2 in. from tongue edge of panels and 4 in. from groove edge. 6. Joint Compound —Joints finger wiped and screwheads covered with one coat of joint com- pound. 'Bearing the UL Classification Marking i Jul-16-98 10:47 P_O1 Coboum Unseisen & RatdM, Inc. 13100 NoMmest Freeway, Suite 500 Houston, Texas 77040 7M James LOW, Oty of La Porto Prmm Oeorpe Watembs iba (M)471.710 Peas 06 INNIM =4n-SM omen 07118M Rw Lomax Ebm school Ranovd" Ca sea Iist Urgmd X Par Rmkm O Pbam Comnbee O Pboao Reply 0 Pll u wayeM e conLear. James, Attached, please end mlommoon mgmdkV dm eprees cordon at the above me. noed pm)ect Pbase forward a copy of this bteorrnoft to Dabble for me. Phase bt us know B there IS any addibarml Intonvaft we can pro a you. Ciao. Ago M. We Cbtnen, LPISD, CAU e42-167s Petd H Wmnbottom, Gm)471-asm Mark Miaxh, Dalmac, UM 932-M Mike Coop9, Dalffm Rat) 99-701 Pwvmkw-ib400 wcatdcmmopm wng L~07-7eftox Jul-16-98 10:48 1[•Ya CLR COboarn Liaselsen & Batdiffh Inc. . Jury 10. IM Mr. James LeNoir City of LaPorte, Inspection ON Y" Fairmont Parkway Le Porte, Texas 77571 RE: La Porte I. S. D. Elementwy School Renovations— Phase I Lomax Elementary CLR Pr*ct No. 97-104-00 Dear Jamew Thank you for meeting with us on Tuesday, July 14, 1 M. As per our discussions with you and the City of La Porte's Fire Marshall. Paul Hickentwttom, we propose to address the following issues In this manner. 1 Enywgency lighting a battery back up bast system will be Installed to replace the existing ballast in the fluorescent Itght fixture. This will occur at all of the windowless classrooms, cetetortum, and egress corridors. 2) Exit Lkfta: additional exit lights will be Installed at locations previously determined by Mr. Hickenbottom. I understand that approximately g additional exit H" will be necessary. 9) Gymnasium smoke detectors: at Rtrmrtto, Reid and Bayshore Elementary Schools, smoke detectors will be Installed in the now A/C units' return air path end will be conneetad to WU the units down in the event of smoke being dotadad. For the moment, these detectors will ad an local basis only but will be connected to a the new fire alarm system when ronovetions to the mein thusldings on these campuses occur next year. 4) ,EM=cofrldom as per our discussions, it Is our understanding that we must either extend the existing cortldor partitions with a one hour rated assembly to the underside of the strucaral deck and buta0 fire dampers at each duct penetration or Install a new fire rated grid and ceiling in these areas After much discussion and evaluation, it has been detemdned that the most cost effective and time arAM solution would be to extend the ooridor walls to the structural dock with a one hour rated assembly. We arc proposing the UL assembly, U513 as the method of extending the existng partitions and have enclosed a copy of this assembly for your review. Artdtece ■ 0aa 6glawf ■ Smyerern ■ Plhuaen tfteo grewa hrr, rw. ceo, hw..n.., Tad nee ft a pu) m:-an a roc Prrl 4u-rm Jul-16-98 10:48 P.03 Mr. James LaNcir—July IS. INS— Page 2 Since the children of Lomax Elementary will be soon descending upon us once again to Stan a new school year, R Is obvious that we are facing a extremely short time frame to accomplish this work Based on our dlaarseiorls, l am confident that we are prooeadirg In a correct manner and we have to fact -started Bit* work Should you have any o*cdona to the manner in which we are proceeding, we would greatly appreciate you advising us immediately. Ono* again, I would like to extend the entire construcAm tearn's appreciation for your cooperation and efforts throughout this project. When R is completed. I am suro we will and up with a project that all of us can be proud of. Should you have any Question* and/or oomments, please dor t heattate to call this ofBoe. Sincerely, 4C ''R,, NN1 LRISEMN S RATCLIFF, INC. W14 Watanabe. AIA 8r. ProJ Mgr. W. Mike Clausen, La Porte I. S. D. Debbie Wiimore. CRY of La Porte Paul HkRoenbottom, Fire Marshall, City of Le Ports Mark Miesch, Dahux Construction Jerry Bowl, CLR Leroy MorVA CLR File %V,M_jseer-raaacos r.,wr rasaad= CLR Coboum Lioselsea 6 Rafdi fr toe. Jul-1E-96 10:49 P.04 al (✓ah *roes UIlS7 W (� g/a • a�ea�ho.� 14" DwllP.NjCQ OF Ei isT. &ORRICoR Pp¢t'jTjaJ -ro Vgf*K - u I. Ce516*3 I!w u S'3 4SM kffAC*,W 'S11 er- euukly GORR%601(� N*bseto wsw) or O(IYtWG► Covm4boR. Mu. . (fix FCLemiow RY 711sl d P.O6 RaI F=9ANCE DIUMC70R7 (wish) FIRE RMTANCE Remo • ANSW1263 (BXU9)—Cw+tlmid Cawan0a- 5o adrawta 2 'ton. COC amend net loin "an WMNM 9 Gypsum Campmp—Types 4 IP•it, Ih1t2. A S[lC 1FD1• oor Cardnaabt Cenpe9y—Tyw Py(fSpp•Cp�— S a C Ccr 0 teed S/B bt a Type 9. or maddrAgypG�yp u tyCpealsl Sandi Am bb—Type W a Wit. Udibd S1ws g/Dsim Co. --Type L Ip%L VJr2, R SOt, SM WRC w WRIL Mae ►aaam)oa a SA do C9—Type G. IF-M- IP-M UX, SIR S. Ad tivsk � no Collow� 1b d dty�i ix m I�daf W,, Nithe to ribs vitA appNumr producing bud about 9/8 in, in dim sWcsd 6. 1.3 4 id Gypam•�5/8 tm Wes, paper or vtryt salmi Edges of .dibasrd amd,sd b Abe with compound and W. and a weed w awal shuts with Was a smmrs. Npppay1 Gyp® Inn T7pn BG-L CampenO—Tatras A0. C. IPart. EP-M R. SOL hbta Cap —Type 1 a i9P. ......_...r n—1,, t>sae..r—nn. terL Fit or WL or URW snbd ftrut lyodum Cap —Type , 24 �a i�pama (e—Typ AR C. I . IP-X2. R SCII SFDL WRIL Woo 19am km SA do Cit—type AR C IMI, M42. SIX SM WIT yr, 6wy --(As m ailwnm to Ibm 6rNas s/41M1 *kk buedled as dntAbed In Mm 6. 7. MbaIMoL{ As tier atSittibowd t win /3Zaa WQ ��w � �r joint rbe .lrippitd m UW talire surbrs e} CkWfkd vw+w base biM winen B 9 � runners L aawf Yla the citing Istom616UW. Oulpn no. U513 1 Nsnbaaring YlaO Rating9 —7 HR. a • a ee- 1 IyT� { a•vY W.. S-Y{16a FIRE RES6fAKE 10111100 7 ({7mt) 723 FIRE RESISTANCE RATUIGS . ANSI/UL263 (MV)—Candirnrdif imtadad in damibed In Ilia L Caudhe GApam Cea9+a9—Type AR. WAted Sbdn Gypma Ca —lips AIL Yea Ianswir aw $A do CV —Type AL i. UmObowd Gypwa•-9/{ tn. nikk !A in. vAde shmeb. Canadta Rfpeme CMIM Type KH. Camta Carp —Type 1 or W. Coadpwanl G7F I fnep.ny—&Dee C63. CrP GAWM Cap�Iyp S. 9 Or L Fbao 67pamn—TAM P631 FO-e. Untied Sans 63pt® Cie. —Type FOR. lam 9ammdam SA do CV—WW We. 4. 9ollbomd, Gywmw Kta•—Cat ham dmm Of II Lamm.. Ohio Screw to b o - /4 b NN WdnnW �% Fiat wboard SEtl are ue� doe O N b�ase a uiia•N Cnadiaa Bypma CempeeM—Type R Ueftmd Sbtes 47ma Cov—Type R S. maaaand b�abd4 In. Asa Laquuee edge pants anwood Krow ted A in. frpw, gpvt v a. jeers Joint inns finger wiped aid sister, and coveted with one se •Baari g On UL OmlRatbn Ptadd g Design Na. U516 (Exposed to Ph an I-2111 l Face 011W Nordeming Watl Rating-2 HR. �2!!Mr �i�oM r �WE •4, a, • r ipnne nnmi urn sa.r r • •+ 1. Sappae Anglebaarq—S b/ 1 by 1molarnionb/44 tn. angles MUKM m a=" TAth VA syby 16al10= m aigW..pstedsp4 n Op n. aaa undd fmm lid L Rami amm Cie" Item— Two per& dwu* duped, bMated hum 2. adds" and Fiber Raanda•—tones Tastes d I In. tMdc vwtird aM 1{ MSG gab r0al. !-Vt fn. wka WN ls0 1ft toed 1-V4 u. bwhyaal johns W o99uiR ayes Warted. Fist and thin listen chap, Atbtbed m miNswa or .rm Rams 4 is OL n' attaded to swuen9al sled iecoed byw attedied m nrat l+ytL Plato 1-1/4 a. wide, 9lta 911 m tJ2 in. lK with Nd. { 67 7/{ Iv. latg NQ Mmdea fi1C—Mubnia I. duet rs iat soma � 17-VE N OC. I• Type G aU-upping site wi by 1-1/2 in. a�np Mrough 2. Wallbeand, gypam —S/B In. thitk 2-1/4 in..idt ship tKed b flow 3' f Layer andydo daaL thra96 faond evesr and Lrtu Mt uym two Canada AR SOL SIG. WK a WILL s~ b adr board bated at vsrtkat araedtw, 2 m. Irma and Of Caradtap 67paw fr . PwTYw board Ma. 14 rypt B saU-ap9t5 .n..s by 3.1/2 m, mhw throuiph the 4ata: Cap. —Type I ar iR BnL semrd, and Odra tyws and into dteL (2-1/4 m. lag ma wlm. rslp Gyp iiie 1 Cary.—iyma 9, 9 a C. Naganml Co.-- tlpdh, S" Ar9Mriyee Fit w WR ratIranmil) nub aTon9 periphery of utli Lmmd 2 In. fate adgai. U~ non Crppaim Ce.—flge Ak SM LG, WRC a Via gmmd Pa ia. O.C. Lh. saUbm"t GYpaa1•—(Aa aaaXt-At IMo )glom 33/441& thicit, •Bearbp the W tlaWlltatlm NHtdvq LOOK FOR NARK ON PRODUCT 7. Joints —Wallboard joints exposed or covered with fiber tape and joint finisher. As an alter- nate, nom 3/32 in. thick gypsum veneer plaster may be applied to the entire surface of Classi- fied veneer baseboard. Joint's reinforced. -When wood runners are used, the rating is combustible._ 'Bearing the UL Classification Marking Design No. U513 Nonbearing Wall Rating-1 HR. 24" 6-1/20 Min.-' 1-5-3/8"'Min. 1. 'Floor and Ceiling Runners —Two parts, channel shaped, fabricated from 18 MSG galy steel, 2-1/4 in. wide with unequal legs 1/2 and 1.1/4 in. deep, attached to concrete or masonry with fasteners 24 in. OC. Closure plate, 1-1/4 in. wide, attached to 1/2 in. leg with No. 8 by 7/8 in. long sheet metal screws spaced 17-1/2 in. OC. 2. Wallboard, Gypsum'-5/8 in. thick, 2-1/4 in. wide strip laced in floor runner. Canadian Gypsum Co., Ltd. —Types SCX, SHX, WRX. Celotex Corp. —Type 1 or FRP. Domter Gypsum —Type 5, 9 or C. National Gypsum Co., Riyadh, Saudi Arabia —Type FR or WR. United States Gypsum Co. —Type AR, SCX, SHX, WRC or WRX: 2A. Wallboard, Gypsum' --(As an alternate to Item 2j--Nom 3/4 in. thick, installed as described in Item 2. United States Gypsum Co. —Type AR. 3. Wallboard Gypsum'-5/8 in. thick, 24 in. wide sheets. Celotex Corp. —Type 1 or FRP. Continental Gypsum Company —Type CG-5. Domtar Gypsum —Type 5, 9 or C.. Pabco Gypsum —Types PG-5, PG-9. United States Gypsum Co. —Type FCM. 4. Wallboard, Gypsum Ribs' —Cut from sheets of 1 in. thick. Screw attached and laminated to wallboard sheets, with polyvinyl base adhesive to form 2-1/4 in. thick panels. Full width core sections may be used. United States Gypsum Co. —Type R. 5. Wood Screws —No. 8 by 2 in. long wood screws spaced vertically 30 in. O.C., and located 2 in. from tongue edge of panels and 4 in. from groove edge. 6. Joint Compound —Joints finger wiped and screwheads covered with one coat of joint com- pound. 'Bearing the UL Classification Marking �.... �� , w ...c ea.. ....... , M 4Z71 _ a_ City of 46 Porte Lei I DIN_ --o"" OF JOBADDRESS DATE 7 Z¢_ 7 THIS JOB HAS NOT BEEN COMPLETED The following additions or corrections shall be made T. before the job will be accepted is- .. �!- SPi�INKL�iG� IDOL-6i /YV /Jalt'170�W11/ It is unlawful for any Carpenter, ContractqKBuilder, or other persons, t cover or cause to be covered, any part of the work with flooring, lath, earth or other material, until the proper inspector has had ample time to approve the installation. After additions or corrections have been made,. call 471-9662. For additional information call 471-5020, Ext. 259 . PRESS HARD - USE BALL POINT PEN 1W+'L+.:L.'M•u. W's:wv.v n.. �k1't.'n.ly..Jy+4i:..:�-�..........::..i.l :t.. iu ..::.lt.J^i:.r City of La Porte/ Lei I Lei k OF rig%-r JOBADDRESS DATES-�9 A THIS JOB HAS NOT BEEN COMPLETED The following additions or corrections shall be made before the job will be accepted Q r7/::2:2 V /YVI 7// - g 9�� y- n s It is unlawful for any Carpenter, Contractor, Builder, or other persons, to cover or cause to be covered, any part of the work with flooring, lath, earth or other material, until the proper inspector has had ample time to approve the installation. After additions or corrections have been made, call 471-9662. For additional information call 471-5020, Ext. 259 PRESS HARD - USE BALL POINT PEN City of La Porte •Wrom OF (� / Q�'✓� ADDITIONS or CORRECTIONS D• NOT REMOVE JOB ADDRESS DATE,_ THIS JOB HAS NOT BEEN COMPLETED The following additions or corrections shall be made before the job will be accepted E E rle �l ' .2 W, A a ' Ayer ref 'iJT 17rr 71r 6/5 7"/ rrh i �..�� �% Sf�y/ / /BG�� Si �i8• 10 /'�ii Al, A11,,11 fa _'' V,�-- 7G It is unlawful for ny Carpenter, Contractor, Builder, or other persons, to over or cause to be covered, any part of the work with fl6oring, lath, earth or other material, until the proper inspector has had ample time to approve the installation. After additions or corrections have been made, call 471-9662. For additional information call 471-5020, Ext. 259 PRESS HARD - USE BALL POINT PEN City of La Porte =Offm Op velF V OF ADDITIONS or CORRECTIONS D• NOT REMOVE JOBADDRESS DATE 9� / 7= 9- 06/5- / , 7, THIS JOB HAS NOT BEEN COMPLETED The following additions or corrections shall be made before the job will be accepted l l 51 A/, - ove-1 �/FIGS �->4 ij1l 6 n�ir� L0�4J`io-�r 5. Tom•_ I It'. is unlawful for any Carpenter, Contractor, Builder, or other persons, to cover or cause to be covered, any part of the work with flooring, lath, earth or other material, until the proper inspector has had ample time to approve the installation. After additions or corrections have been made, call 471-9662. 4 For additional, information call. 471-5020,}Ext. 259 PRESS HARD - USE BALL POINT PEN �Zty. of La Porte OF �r�? JOBADDRESS DATE THIS JOB HAS NOT BEEN COMPLETED The following additions or corrections shall be made before the job will be accepted d F r w 9 /l (< r ,h L 14 It is unlawful for any Carpenter, Contractor, Builder, or other persons, to cover or cause to be covered, any part of the work with flooring, lath, earth or other material, until the proper inspector has had ample time to approve the installation. After addition��cr orrections.have been made, call471-9662. For additional information call 471 5020, Ext. 259 PRESS.HARD - USE*BALL POINT PEN City of La Porte OF JOBADDRESS DATE Q THIS JOB HAS NOT BEEN COMPLETED The following additions or corrections shall be made before the job will be accepted It is unlawful for any Carpenter, Contractor, Builder, or other persons, to cover or cause to be covered, any partof the work with flooring, lath, earth or other material, until the proper inspector has had ample time to approve the installation. After additions or corrections have been made, call 471-9662. For additional information call 471-5020, Ext. 259 PRESS HARD - USE BALL POINT PEN i .w=F' :•W: +, '...w.;i'n:k. J:.f :A-.V..ii:r.-. C>Yl:a i City of LaPorte Lei R91401 OF� JOBADDRESS THIS JOB HAS NOT BEEN COMPLETED The following additions or corrections shall be made before the job will be accepted 0 //o%s i// 64",'�r Gf/� 4/ (1/t!C�vlYNrey�e� W41 �E T S.,,1fLi WP.- // )A/ S: K) 7, lr—Ps unlawful for any Carpenter, Contractor, Builder, or 4t other persons, to cover or cause to be covered, any part of the work with flooring, lath, earth or other material, until the proper inspector has had ample time to approve the installation. After additions or corrections have been made, call 471. 9662. For additional information call 471-5020; Ext. 259 � Y t. PRESS HARD- USE BALL POINT PEN W:�SL:�:�::utiirCsd.-•�;.i�v aY;.;.i •-��'.wrl..tsi.ts.�-.i:. .�,::i::u::..:�:.:;we�t.�i City of La Porte�ri�y lra¢ • CUI f OF P� JOB ADDRESS DATE-7- / S _ THIS JOB HAS NOT BEEN COMPLETED The following additions or corrections shall be made before the job will be accepted R 3 3 A, /r761 ;z 2 AL HAS /�5 Ale7, v Il6 uA r It is unlawful for any Carpenter, Colhfr, or, Builder, or other persons, to cover or cause to be Oybred, any part of the work with flooring, lath, earth o o er material, until the proper inspector has had ample time to approve the installation. f r: After additions or corrections have been made, { call 471-9662. For additional information call 471-5020, Ext. 259 PRESS HARD - USE BALL POINT PEN y i,C,it of LaPorte i The following additions or corrections shall be made before the job will be accepted i 6V—f 'o,,A Al tly D� v e —f o cIT/ V q 2Jtg u�i of e; Orr It is unlawful for any Carpenter, Contractor, Builder, or other persons, to cover or cause to be covered, any part of the work with flooring; lath, earth or other material, until the proper inspector has had ample time to approve the installation. After additions or corrections have been made, call 471-9662. For additional information call 471-5020, Ext. 259 PRESS HARD - USE BALLPOINT PEN I!' City of La Porte JIM � OF (Oi/w �P iM1 ` ADDITIONS or CORRECTIONS r D• NOT REMOVE JOBADDRESS DATE THIS JOB HAS NOT BEEN COMPLETED The following additions or corrections shall be made before the job will be accepted �irr �G 5 till, It is unlawful for any Carpenter, Contractor, Builder, or other persons, to cover or cause to be covered, any part of the work with flooring, lath, earth or other material, until the proper inspector has had ample time to approve the installation. After additions or corrections have been made, call 471-9662. For additional information call 471-5020, Ext. 259 PRESS HARD - USE BALL POINT PEN � \� ti 1✓. '�"a 'ti m. `J.4✓ ,se k� .v. %YSu�..f� rJ ••r.,Y City of La Porte OF Covcr U/� ADDITIONS or CORRECTIONS Y. D• NOT REMOVE - JOBADDRESS DATE 7-,/�1_90 E,. THIS JOB HAS NOT BEEN COMPLETED The following additions or corrections shall be made I' before the job will be accepted R2 4- 7; P t9 7 rl) It is unlawful for any Carpenter, Contractor, Builder, or other persons, to cover or cause to be covered, any partof the work with flooring, lath, earth or other material, until the proper inspector has had ample time to approve the installation. After additions or corrections have been made, call 471-9662. For additional information call 471=5020, Ext. 259 PRESS HARD - USE BALL POINT PEN .V,,.. -. . .. City of La Porte OF 9 JOBADDRESSS DATE,—/�[— THIS JOB HAS NOT BEEN COMPLETED The following additions or corrections*shall be made before the job will be accepted r©J I?M . -//) 1cf, U//tL? n1%1'.11 Zv //or otv � / 0� / 1 / .5, e,_,- r, Je v WT ///1 It is unlawful for any Carpenter, Contractor, Builder, or other persons, to cover or cause to be covered, any part of the work with flooring, lath, earth or other material, until the proper inspector has had ample time to approve the installation. After additions or corrections have been made, call 471-9662. For additional information call 471-5020, Fxd. 259 PRESS HARD - USE BALL POINT PEN LETTER OF TRANSMITTAL E-20, ii . i!M ! /r'7L DATE: !2 0 T � JUL 0 9 1998 C O N S T R U C T I O N I® 11 rA WE ARE TRANSMITTING TO YOU: iAttactleo _i Shop Drawings IJ Copy of a Letter j�Prinu iSpecifutions �ONer THESE ARE TRANSMITTED: For Your Use _ J For Approval REMARKS: Per Your Request Approved For Review d Corrunent ji Other jCourier Service ._� Overnight Delivery I_jHand Carry Mail I Fax FROM: CC: W Z J , x x V I QI Q r aO 0 c Q U r 1 W I �D x W C3 12'-0' 12' - 0' 12' - 0' 12' - 0' A Co I c o m I � m I co L 12,-0' 12'-0' 168'-0' CANOPY PLAN — EAST SIDE DRAWING NO: AVILMRA c m DRAWN BY: BCALC: PROILCf: CUSTOMER: 20y LIVELOAD P. RODRIcua "° ` LOMAX ELEMENTARY 100 MPH WINDLOAD CNLCI2D BY: DATL' a/OB ONA%-E AIR VENT • REMODEUNG & DESIGN CENTER O OOOO BERRY BROOK DR. NOUSTON. TLXAB YYDIY (YID) 044-7200 DRAWING NUMBER DAL —MAC PG I OF a 7-2 3/0' tV.IF> SAW CUT-OUT & REMOVE EXISTING CONCRETE SIDEWALK FOR NEW FOOTING (TYPICAL) i A / / I I I I I I I 77'-2' CANOPY PLAN — GYMNASIUM I_ I 12 -D. 62569 .!S7E. . Ar AIR VENT - REMODELING k DESIGN CENTER DRAWING NO: AVEIMRA BODO BERRY BROOK DR. HOUSMM. TGtA9 "017 (713) 044-7200 20%J LVELOAD N DRAWN BY. SCALE: roNE PROJECT. CVSTOMER: DRAWING NUMBER P. RODRIGUEZ 100 MPH WINDLOAD a CHECKED BY: DATE: ,,,� LOMAX ELEMENTARY DAL —MAC Pc z oe 10'-0' — - -1 e GYM i 14' —� SECTION "A" 6' TRIM (BLUE) SECTION "B' DRAWING NO: AV3lE8RA `DRAWN BY: WAIL: PROJEC: 20q LIVELOAD q P. RODRIGUCL 100 MPH WINDLOAD a m CHECKED BY: BA, : ,,,� LOMAX ELEMENTARY t' DECK 6' TRIM EAVE DETAIL 4' x 6' BEAMS 4' x 4' COLUMNS aMS I IMNS U � III JUL 0 9 1998 RAIN CAP 2 3/4' DECK AIR VENT REMODELING &DESIGN CENTER ER \\ // 6000 BERRY BAOOK DP..HOUSMNOUBTON, iERA9 'n01'/ ("/17) W-�Z00 CUSTOMEC DRAWING NUMBER DAL -MAC PG 3 OF 4 o I B II 12'-0' -+- 12'-0' 12' - 0' w z J X =Ix U Q -I - - - - - I 12' - 0' V.I.fr.% CANOPY PLAN — EAST SIDE�Ti�r� FUTURE CANOPY ADDITION eft- (To Bc ou/c:1- ivl:Dcr yTr+sz7 DRAWING NO: AV<IFSRA DRAWN BY: 3 CA12: PROJECT. CUSTOMER: zaN WVELOAD 2 P. RODRIGULE LOMAX ELEMENTARY 100 MPH WINDLOAD CHECKED BY: OAn: J/OB Jlvl AIR VENT • REMODEUNG h DESIGN CENTER O 00M BERRY BROOK DR. HOUSYON. TtJ "017 (713) 944-7200 DRAWING NUMBER DAL -MAC PG a OF a Jul-16-98 10:49 - 'P_04 simrb"4 r(Mek ' GIlS7W(� s/e• aNmM1ax ip" OF F]UST. �.OeRIOo(t Pp¢TIT100 rt1D crest J lla u S'S RAaR71 eo 5cswa cp OLIdAuua Cote maw watt. . (Truax rCLEMjIATA Vf 7/161 a 7. Joints —Wallboard joints exposed or covered with fiber tape and joint finisher. As an altei nate, nom 3/32 in. thick gypsum veneer plaster may be applied to the entire surface of Classi- fied veneer baseboard. Joints reinforced. +When wood runners are used, the rating is combustible. 'Bearing the UL Classification Marking Design No. U513 Nonbearing Wall Rating-1 HR. W, 1. Floor and Ceiling Runners —Two parts, channel shaped, fabricated from 18 MSG gals steel, 2.1/4 in. wide with unequal legs 1/2 and 1-1/4 in. deep, attached to concrete or masonry with fasteners 24 in. OC. Closure plate, 1-1/4 in. wide, attached to 1/2 in. leg with No. 8 by 7/8 in. long sheet metal screws spaced 17-1/2 in. OC. 2. Wallboard, Gypsum'-5/8 in. thick, 2-1/4 in. wide strip laced in floor runner. Canadian Gypsum Co., Ltd. —Types SCX, SHX, WRX. Celotex Corp. —Type 1 or FRP. Domtar Gypsum —Type 5, 9 or C. National Gypsum Co., Riyadh, Saudi Arabia —Type FR or WR. United States Gypsum Co. —Type AR, SCX, SHX, WRC or WRX. 2A. Wallboard, Gypsum' --(As an alternate to Item 2f—Nom 3/4 in. thick, installed as described in Item 2. United States Gypsum Co. —Type AR. 3. Wallboard Gypsum'-5/8 in. thick, 24 in. wide sheets. Celotex Corp. —Type 1 or FRP Continental Gypsum Company —Type CG-5. Domtar Gypsum —Type 5, 9 or C.. Pebco Gypsum —Types PG-5, PG-9. United States Gypsum Co. —Type FCM. 4. Wallboard, Gypsum Ribs' —Cut from sheets of 1 in. thick. Screw attached and laminated to wallboard sheets with polyvinyl base adhesive to form 2-1/4 in. thick panels. Full width core sections may be used. United States Gypsum Co. —Type R. 5. Wood Screws —No. 8 by 2 in. long wood screws spaced vertically 30 in. O.C., and located 2 in. from tongue edge of panels and 4 in. from groove edge. 6. Joint Compound —Joints finger wiped and screwheads covered with one coat of joint com- pound. 'Bearing the UL Classification Marking R.H. George and Associates, Inc. Cormdft Er4nmhv June 25, 1998 City of La Porte P.O. Box 1115 La Porte, TX 77572-1115 Attn: Tommy Scott Re: Lomax Elementary School, Electrical Service RHG #08397008 I am writing in response to your concern about the electrical service capacity for Lomax Elementary School. Presently there is an existing 3000 main lug only switchboard with a 1200A main circuit breaker serving the existing distribution switchboard servicing the existing building. The peak load on the building per HL&P Co. is 576 KVA. In this scope of work we are removing roof mounted A/C units totaling 297 KVA and adding 2 chillers totaling 536 KVA to the existing 1200 Amp distribution section. The peak load plus 25% added to the new load is equal to 959 KVA (1154 amps). Also included in this scope of work, we are adding a second main rated at 1000A to the existing 3000A switchboard. The total connected load on this main equals 562 KVA (676 amps). The total. connected NEC load on the building is 1521 KVA (1830 amps). The existing conductor size to the main switchboard is 5 sets of 500KCMIL good for 1900A. If you have any questions, or should any additional information be required, please feel free to contact this office. Sincerely, R. H. GEORGE AND ASSOCIATES, INC. Mel Kalmans, Executive Vice- President MK/rs cc: Mark Miesch, Dal -Mac Construction Lee Sims, RHG Danny Winters, RHG G A MIM08397008\Let13dt.wpd MELVIN KALMANS %e 24070 A, 0- 6700 Jamesl suits 160 Houston, Taxes 77M 713I690.6= (FA)Q 690.9030 R.H. George and Associates, Inc. Consulting Engineering Houston / Arlington June 25, 1998 City of La Porte P.O. Box 1115 LaPorte, TX 77572-1115 Attn: Tommy Scott Re: Lomax Elementary School, Electrical Service RHG #08397008 I am writing in response to your concern about the electrical service capacity for Lomax Elementary School. Presently there is an existing 3000 main lug only switchboard with a 1200A main circuit breaker serving the existing distribution switchboard servicing the existing building. The peak load on the building per HL&P Co. is 576 KVA. In this scope of work we are removing roof mounted A/C units totaling 297 KVA and adding 2 chillers totaling 536 KVA to the existing 1200 Amp distribution section. The peak load plus 25% added to the new load is equal to 959 KVA (1154 amps). Also included in this scope of work, we are adding a second main rated at 1000A to the existing 3000A switchboard. The total connected load on this main equals 562 KVA (676 amps). The total connected NEC load on the building is 1521 KVA (1830 amps). The existing conductor size to the main switchboard is 5 sets of 500KCMIL good for 1900A. If you have any questions, or should any additional information be required, please feel free to contact this office. Sincerely, R. H. GEOR//GEE AND ASSOCIATES, INC. �G1.c.�,(.F' l 1 J��_ Daniel K. Stephens Electrical Designer DKS/rs cc: Mark Miesch, Dal -Mac Construction Lee Sims, RHG Danny Winters, RHG 0:WDMIM08397008%La113ds.wpd 8700 Jameel Su@e 150 Houston, Texas 77040 713/690-6300 (Fax) 6904= wlmore, Debbie From: Cummings, Robert Sent: Wednesday, August 11, 2004 1:03 PM To: Wilmore, Debbie Subject: Lomax Junior High School I am trying to find the file or site plan for the Lomax Junior High School. It has site plan number 8211-85. It is not in the master files or in record storage. I remember seeing it a few months ago but don't know where it went. Would Inspections have any files on ill -RAC m SMB-1 Notification Appliance Circuits (TB-5, 1-4 and TB5, 5-8) 1. These notification appliance circuits are for alarm notification appliances only (NFPA 72). For Municipal Tie (NFPA 72, Chapter 4), Releasing (NFPA 13) or Leased Line (NFPA 72, Chapter 4), use model CSM-4 2. All wiring must be in accordance with Article 760 of NEC or local building codes. 3. Both notification appliance circuits are power limited to NFPA 70/NEC 760. 4. Electrical Ratings: Supervisory 18-31 VDC, 12mA max. Alarm 18-31 VDC, 1.5A max 5. End of Line Device: Use Cerberus Pyrotronics EOL2.2K, 1/2W, P/N 140-820380 6. Line Resistance: Not to exceed 3 ohms total. • CERBERUS PYROTRONICS • MXL-IQ CZ] Advanced Protection System ENGINEER • FirePrint'" Application Specific Detection • Capacity for up to 240 Intelligent Analog Detectors • Expandable Up to a Stand Alone System Capacity of 998 Input and Output Points • Dynamic Supervision of Intelligent Devices • Security Device Monitoring • Sprinkler Supervision • Intelligent/Analog Detection Circuits, Style 6 (Class A) or Style 4 (Class B) • Detector Sensitivity Read- out/Printout per NFPA 72 Chapter 7 • Style D (Class A) or Style B (Class I Conventional Initiating Circuits • Style Z (Class A) or Style Y (Class B) Notification Appliance Circuits • Degrade Mode Operation • Distributed Processing • 80 Character Backlit Alphanumeric Display • Supervised Remote Printer • 32 Character Device Custom Messages • Multiple Command Stations • Compare System Software • Fully Field Programmable Via Laptop Computer • Menu Driven Operator Commands • Central Architecture • ChronoLINK'" 800 Event History Logging With On Line & Off Line Reports • User Help Screens • Multiple Levels of Password Protection • One Person Walk Test by Zone or System • EnviroLlNK'" — Automatic Environmental Compensa- tion for Smoke Detectors AND ARCHITECT SPECIFICATIONS Description The MXL-IQ is a microprocessor based advanced Life Safety system. Its use of unique multiprocessor "Network" design along with its ability to utilize both intelligent analog and conventional detection devices make it the most flexible and reliable system in the life safety field. The MXL- • • IQ is the system for projects such as schools, nursing homes, small office buildings, strip malls, hotels, apart- Cerberus Pyrotronics Cerberus Pyrotronics 8 Ridgedale Avenue 50 East Pearce Street 01) 10M �1 CERBERUS Cedar Knolls, NJ 07927 8/97 PYR�TRONKS ((201) 67-13008 Richmond Hill, Ontario • (201) 397-700 FA: CPWG FAX. Tel: (901) 764-8364 Tel: 05) 76 February 1997 intellNK — Website: wvrv+.cerbpyro.com Printed in U.SA. FAX: (905) 731-9182 Supersedes sheet dated 5/96 � 1 r 5 1 r Y 5 1 r r Y I (( 5 • Alarm Verification by Device or Zone • Logic Controlled Output Functions • Time Base Controlled Output Functions • Holiday Schedule • City Tie/Lease Line • Coded Outputs • Supervised Serial Annuncia- tor Driver/Input Interface • Interactive VDT - Monochrome & Color • Color Graphics Option • Complies with NFPA 72 • NEC 760 Power Limited Circuits (UL 864 Compliant) • 16 Gauge Steel Enclosure • Pre -action Releasing and Deluge (NFPA 13) • FM Approved for Intrinsi- cally Safe Applications • FM Approved for Sprinkler and Deluge • Pre -alarm Operation • Halon and FM-200 Releas- ing Approval (NFPA 12A anc NFPA 2001) • Intelligent Link to AnaLASER^ Air Sampling Detection System • Multi -Language Display • Intelligent Interface to Building Management Systems • Operates as an Interactive Peer with Other MXL-IQs, MXLs or MXLVs in a LifeLINK Network • CXL Command Center Monitoring • Listed, ULC Listed, FM, C FM, NYMEA, and City of Chicago Approved • FlreFlnder Graphics ment buildings and dormatories. MXL-IQ is designed for stand alone or networked special hazard applications that call for extinguishing agent releasing (FM-200, Halon, Pre - Action Sprinkler or Deluge). MXL-IQ provides the earliest detection possible via its intelligent link to the AnaLASERTM' air sampling detection system. It complies with the require- ments of NFPA 72. It is UL 864 and UL 1076 security listed. It is also UL listed for agent releasing per NFPA 12A and NFPA 2001. CATALOG NUMBER 5054 The basic MXL-IQ control unit consists of the following subassemblies: SMB-1 Main Control Board; MPS-6 Power Supply; MKB-4 Annunciator and Keyboard; MSE-3L Enclosure. Optional modules which can be installed with the MXL-IQ System include: MOM-2 or MOM-4 Expansion Card Cage; CRM-4 Controllable Relay Module; CZM-4 Conventional Zone Module; CSM-4 Controllable Signal Module; PIM-1 Peripheral Interface Module; CMI-300 CXL Modem Interface Module; NIM-1 R Lifel-INK Network Interface Module; MOD-16 Output Driver; MOI-7 Network Interface; MID-16 Input Module; MXL-VDT Interactive Video Display Terminal; MXL-G Color Graphic; MXL-GT Color Terminal; a full range of intelligent/analog detectors and devices (see table 1). SMB-1 Main Control Board The function control of the MXL-IQ is contained on the SMB-1 Main Control Board. The on board 16 bit micro- processor along with nonvolatile EPROM and Flash memory allow the system to be custom configured to meet a wide range of customer requirements. The SMB-1 controls operating sequences and monitors input device identity, detector sensitivity, network communication and operator commands entered through the MKB-4 Annuncia- tor/Keyboard. The SMB-1 also provides 2 ALD (Analog Loop Driver) circuits. Each ALD loop can be configured as Style 4 (Class B) or Style 6 (Class A) and can monitor and control up to 60 Cerberus Pyrotronics Intelligent Input Devices and 60 programmable device output relays. The SMB-1 is equipped with 2 programmable and codeable Style Y (Class B) or Style Z (Class A) notification appliance circuits. Each circuit can activate up to 1.5 amps of listed audible or visual notification appliances. Auxiliary relays are provided for external monitoring for Common System Alarm, and Common System Trouble. The SMB-1 includes a built-in battery charger and transfer circuit. The charger is microprocessor controlled and incorporates a brown out circuit which switches the system to optional standby batteries during loss or reduction of the primary source AC. Upon command, the system is ca- pable of displaying the real time battery voltage, AC voltage, charge current and other power data on the MKB- 4 Alphanumeric display. It also includes a one Amp, 24 VDC, output. The SMB-1 is fully FIELD PROGRAMMABLE off line using a laptop computer. Complete system configuration can be easily uploaded, downloaded or edited using AccuLINK' custom programming software. Program options include but are not limited to EnviroLlNK� smoke detector environ- mental compensation, Detector Pre -alarm ChronoLINK' (History Logging), Output Control by Event; Check and SMB-1 Change Time Based Control, Detector Sensitivity, Alarm Verification by Device or Zone, 32 Character Custom Alphanumeric Messages per device, System Operation Passwords and NAC Coding. The SMB-1 provides a port for connection of the programming laptop computer. MKB-4 Annunciator/Keypad The MKB-4 mounts on a hinged frame in the MSE-3L enclosure and provides an 80 character backlit LCO alphanumeric annunciator which continuously scrolls to display information concerning system status along with 32 character user defined device messages. When multiple events occur, the MKB-4 displays the last event of the highest priority. Additional data can be viewed by depressing the NEXT key. At any time, the display scroll can be stopped by depressing the HOLD button. Switches are provided for acknowledging fire alarms, supervisories, security conditions, and system troubles. An individual switch is also provided for silencing the system notification appliance circuits. A separate switch is used for resetting the control panel. A 10 digit numeric keypad is supplied to allow entry of the user passwords, as well as perform a wide variety of specific menu driven operation, programming and mainte- nance functions. A set of 12 user assignable "Function" keys provide single button access to a variety of system commands. These switches may be used to perform system operation such as "Drill," manual relay control, zone disconnect, etc. Contained on the MKB-4 annunciator are system status indicator LED's which can function even if the main system microprocessor fails. They provide indication of Main Power On, Fire Alarm, Security Condition, System Trouble, Supervisories, System Audibles Active/Silenced and Partial System Disable. The MKB-4 Annunciator communicates with the SMB-1 Main Control Board through the system network link. MPS-6 Power Supply The MPS-6 is a fully supervised power supply which provides the system with primary DC power. It is rated at 6.5 Amps and is unfiltered and unregulated. It supplies the MXL-IQ Control Unit and its expansion modules with power required for normal operation. The unit incorporates a resettable circuit breaker on the primary input and includes a built in AC line filter for surge and noise suppression. The MPS-6 mounts in the MXL-IQ enclosure backbox. (MSE-3L) in the MSE-3L enclosure the IQ -BLANK (500-695438) blank plate is available to cover the cutout in the MSE-3L door. Other versions of the MSE-3L include; MSE-3LR - • • Red version of the MSE-3L and the MET-3LR - Red version of the MET-3L trim ring kit. • • • • CCU/M Alphanumeric Pager Interface The CCU/M is a ancillary module that connects to the PIM- 1 to transmit MXL-IQ status information in text message format to an alphanumeric pocket pager. The CCU/M can be connected to an existing phone line and can dial out to a pager using its onboard modem to transmit information via a paging service. The CCU/M can also connect directly to an existing on -site paging system. Through program- ming the CCU/M can send different types of events to different pagers. Up to 8 different messages can be sent to pagers directly from the CCU/M. Alarms, Troubles, Supervisory, Security, Arm/Disarm, Status Points, Audible Status, and Reset can be directed to all or only certain alphanumeric pocket pagers. CCU/M Electrical Specifications SMB-1 Analog Device Loops (TB2 and T133) 1. Electrical Ratings: Supervisory 30 VDC max, 60mA max. Alarm 30 VDC max, 60mA max. (60 devices in alarm) 2. All wiring must be in accordance with Article 760 of NEC or local building codes. 3. Only the following list of devices may be used. A maximum of 60 devices in any combination may be connected to a single analog loop. The UL identifiers for compatibility are the same as the model names specified in Table 1. TABLE 1 Models Description Installation Instruction CZM-1 Conv. Zone Module P/N 315-090725 ILI/1H/1A/1AH Intel. Ion Detectors P/N 315-092724 ILP-1/ILPT-1 Intel. Photo Detectors P/N 315-092594 ILT-1 Intel. Heat Detectors P/N 315-M336 ILI-1 B/1 BH Intel. Ion High Air Vel. P/N 315-093234 ILP-2 FirePrint Application Specific Detection P/N 315-095028 MSI-1013/2013 Intel. Manual Station P/N 315-093329 MS -MI Intel. Metal Manual Station P/N 315-092169 TRI-B6/B6D/B6R Intel. Monitor Mod. (single/dual and with relay) P/N 315-093315 TRI-136M Intel. Mini - Monitoring Mod. P/N 315-094547 ICP Intel. Control Point P/N 315-092471 LIMA Line Isolator Module P/N 315-092135 4. No end of line device is required. 5. Both circuits are power limited to NFPA 70/NEC 760. Each detector, or group of detectors, requires a two wire circuit of minimum 18 AWG thermoplastic fixture wire enclosed in a conduit or minimum 18 AWG limited energy shielded cable without conduit, if permitted by local codes. 6. Total circuit resistance must not exceed 100 ohms. Maximum capacitance: 0.4uF, between loop+ and loop- O.BuF, between loop+ and chassis 0.8uF, between loop- and chassis 7. T-tapping is not allowed on Style 6 loops. SMB-1 AUX Power (TBS, 9-12) 1. AUX power is available on TB5 terminals 9-12. 2. All wiring must be in accordance with Article 760 of NEC or local building codes. 3. Aux power is power limited to NFPA 70/NEC 760. 4. Electrical Ratings: 18-31 VDC, 1A max. LIM-1 MOM-2 Network Option Module Card Cage The MOM-2 provides the MXL-IQ main unit with card slots for optional modules. Each MOM-2 provides space for one full -width (NIM-1 R or CZM-4) or two half -width option modules (CSM-4, CRM-4, CMI-300, REP-1). MOM-2 MOM-4 Network Option Module Card Cage The MOM-4 Card Cage provides the MXL-IQ with card slots for option modules. Each MOM-4 supplies connec- tion space for either two full width option modules (ALD-21, CZM-4, NIM-1 R) or four half width option modules (CSM-4, CRM-4, CMI-300, REP-1) or a combination of one full and two half width modules. ,crrr a rr. rr �•; �->O ra �tffillfffff!!!f1 MOM-4 PS-5N7 5 Volt Power Supply/Network Interface The PS-5N7 is a 5V power supply and MXL-IQ local network interface module. The PS-5N7 is an integral part of the RCC-1. FireFinder NCC-G — Network Color Graphics FireFinder is a PC based color graphics display and control package designed for use with the LifeLINK network and provides full control and annunciation for a LifeLINK network of up to 63 MXL-IQ or MXL systems. The NCC-G is used to monitor and control alarms, troubles, security, supervisory and all system events from one of many MXL series systems. The NCC-G maintains an extensive history log of all system events and has exten- sive report generation capabilities. User programmable function buttons are programmable to allow site specific control function configuration. Multiple NCC-Gs may be connected to a LifeLINK network. NCC-G NIM-iR Network Interface Module The NIM-1 R is a full sized slot MXL-IQ module that allows the interconnection or networking of up to 63 MXL/MXL-IQ systems. The NIM-1 R provides an RS-485 communication path in either Style 4 or Style 7 wiring configurations. The NIM-1 R allows MXL/MXL--IQs to have interpanel logic and communicate in a peer to peer fashion. The NIM-1 R can be programmed via CSGM logic as an FSI (Foreign System Interface) to communicate with external building control and annunciation systems. The NIM-1 R is pro- grammable to serve as an intelligent link to the Anal_ASERTM air sampling detection system. NIM-1R MSE-3L MXL-10 Enclosure/Door The MSE-3L is a sheetmetai backbox for the MXL-IQ system. The MSE-3L supports mounting for the SMB-1, MPS-6, MPS-12, MPS-12-220, MPS-12-240, MKB-4 and either one MOM-2 or one MOM-4 cardcage. The MSE-3L dimensions are 271/1e"H x 211/e"W x 6"D. The IQ-DFL plate (500-695436) is also available for use with the MSE-3L to provide full deadfront construction. The MET-3L (500- 695437) flush trim mounting kit is also available for use with the MSE-3L enclosure. The MET-3L provides an optional 1" trim mounting ring around the MSE-3L. The MSE-3L enclosure also has provision for mounting a PSR-1 remote power supply, for use in place of the SMB-1 for MXL and MXLV applications. When the PSR-1 is mounted • • • • CSM-4 Controllable Signal Module The Controllable Signal Module CSM-4 provides two fully supervised, programmable notification appliance circuits and two open collector solid state outputs. The CSM-4 supplies two Class B (Style 1) or Class A (Style Z) type output circuits for the supervision and control of listed audible or visual notification appliances such as horns, bells, strobes, etc. Each circuit can provide up to 1.5 Amps (24 VDC) of current to power notification appliances. CSM-4 is also used for pre -action or deluge application as well as for applications that call for municipal tie or leased line operation. FM-200 and Halon cylinder solenoid activation is also controlled by the CSM-4. CRM-4 Controllable Relay Module The Controllable Relay Module CRM-4 is designed to provide auxiliary control of building functions such as door holder release, elevator capture, smoke control, lock release, etc. The CRM-4 plugs into one of the slots in the MOM-2 or MOM-4 expansion card cage. It provides four fully programmable relays. Each relay contains one set of SPDT contacts rated at 2 Amps 30 VDC/120 VAC resistive. CZM-4 Conventional Zone Module The Conventional Zone Module CZM-4 is used with the MXL-IQ to provide four Class A (Style D) or Class B (Style B) conventional initiating device circuits. Each circuit can monitor up to 30 Cerberus Pyrotronics two wire photoelec- tric or ionization smoke detectors and an unlimited number of normally open contact devices. Projected Beam Detectors may also be used. The CZM-4 circuits will support the use of Detector Relay Bases, and remote indicator lamps. Activation of any device on a circuit will initiate a zone alarm condition resulting in the operation of programmed functions. The CZM-4 module plugs into one full slot in the MOM-2 or MOM-4 expansion card cage. CMI-300 CXL/MXL Interface Module The CMI-300 is an MXL-IQ option module which provides modem communication between an MXL-IQ and a CXL system. The CMI-300 plugs into one of the slots on a MOM-2 or MOM-4 card cage. This interface board trans- lates signals between the MXL-IQ and the CXL and fully supervises the signals. CMI-300 PIM-1 Interface Module The PIM-1 is an MXL-IQ option module which provides a bi-directional isolated RS-232 port for connection to peripheral devices such as printers, CRT's, VDTs, diag- nostics, pocket pagers interface and Color Graphics. The PIM-1 mounts on the MKB-4. It connects to the SMB-1 and provides a screw terminal block for connection of RS-232. A number of supervised and non -supervised formats are available. ALD-21 Analog Loop Driver The ALD-21 is an MXL-IQ Network option module which supplies two intelligent analog circuits utilizing Cerberus Pyrotronics "I" type intelligent devices. It occupies two addresses on the MXL-IQ local network and through the use of a unique communication protocol, devices con- nected to the ALD-21 circuits are dynamically supervised by the MXL-IQ control panel. Up to 60 programmable input and output devices may be connected to each of its two circuits. Each circuit may be wired as Style 4 or Style 6. Through the use of LIM-1 modules, they may be also wired as Style 7, equivalent. ALD-21 MOI-7 Output/Input Module The M0I-7 is an MXL-IQ RS-485 Network module which provides a fully programmable serial interface to the MOD- 16 output drivers, MID-16 input drivers. When used with the MOD-16's, it provides a serial annunciator or relay driver. When used with MID-1 6, it provides programmable inputs. Each M0I-7 can operate up to eight MOD-16's and eight MID-16's simultaneously. Each MOD-16 output and MID- 16 input is independently programmable via the MXL-IQ custom software. MOI-7 MOD-16 Output Driver The MOD-16 is an output driver module used in conjunc- tion with the M0I-7 as a part of the Cerberus Pyrotronics MXL-IQ System. Up to eight (8) MOD-16s can be con- nected to an M0I-7 interface module. Each MOD-16 provides 16 open collector current sinking outputs rated at 24 VDC, 50mA. MOD-16 outputs are programmable through the MXL-IQ custom software. MOD-16 MID-16 Programmable Input Driver The MID-16 is an input module used in conjunction with the M0I-7 as a part of the Cerberus Pyrotronics MXL-IQ System. Up to eight MID-16s can be connected to a single M0I-7 along with eight MOD-16 output driver modules. Each MID-16 provides a non -supervised input which can monitor contact devices. Each individual MID-16 input can be separately used as a part of the MXL-IQ custom programming logic. These inputs can be individually set for either Alarm, Supervisory, Trouble, Security or Status usage. They can also be configured to provide supervision for lamps driven by MOD-116 outputs. Screw terminals and connectors are provided on the MID-16 modules for interface to monitored devices. MID-16 MXL-VDT Interactive Video Display Terminal The MXL-VDT is a 14" amber monitor with detachable keyboard. It provides an interactive terminal for secondary display of MXL-IQ information, and operation of MXL-IQ functions such as Acknowledge, Silence and Reset, as well as arming and disarming devices. It also provides a means for generating system reports such as listing smoke detector sensitivity settings and voltages, battery and power supply voltages and current and displaying ChronoLlNK' event log. A printer may be connected to the MXL-VDT. MXL-VDT • MXL-G Color Graphics MXL-G is a PC based color graphics display package designed for use with the Cerberus Pyrotronics MXL-IQ • system. It is used to monitor alarms, supervisories, troubles and security violations as detected by the MXL-IQ. Up to 10 levels of zoom screens can be associated with each device. It also acts as a fully interactive operator terminal with disk based event logging. • • 11 mo -i MXL-G MXL-GT Color Interactive Terminal with History Reporting MXL-GT is a PC based color terminal for use with the Cerberus Pyrotronics MXL-IQ system. It consists of a serial interface module and software which allow a PC to act as a fully interactive secondary operator terminal as well as providing a comprehensive disk based event logging. MXL-GT RCC-1 Remote Command Console The RCC-1 is a remotely located MXL-IQ annunciator display module. The RCC-1 contains an 80 character LCD display and control keypad (MKB) and a PS-5N7 network interface. RCC-1 s can be located anywhere that control or annunciation is required. RCC-1 can be programmed for display only or can provide display and system control. If a PIM-1 is added to the RCC-1, remote printers, VDT, or graphics computers can be located throughout a facility. RCC-1 PIM-2 Parallel Printer Interface The PIM-2 is an MXL-IQ or CXL parallel printer interface module. PIM-2 connects to PIM-1 to allow MXL-IQ connec- tion and supervision of any EDP listed printer. PAL-1 UL Listed Parallel Printer The PAL-1 is a UL listed supervised parallel system printer for MXL-IQ or CXL. The PAL-1 connects to the PIM-2 and PIM-1 to provide MXL-IQ with a UL listed parallel printer that is supervised. ICP Intelligent Control Point The ICP is a field mounted output module capable of being programmed to be either a remote bell, horn, or strobe circuit. The ICP communicates with the MXL-IQ via the ALD loop. ICP LIM-1 Line Isolator Module The LIM-1 is a short circuit isolator module for use on the MXL-IQ's analog loops. The LIM-1 is capable of providing Style 4, Style 6 wiring of ALD loops. Multiple short circuit isolators can be used on a single ALD loop to prevent loss of protection in the event of a short circuit. j, CERBERUS At PYROTRONICS RCC=1 Remote Command Center ENGINEER AND ARCHITECT SPECIFICATIONS • Remote MKB for Display and Control • 80 Character LCD Display • Auto Backlight • Supertwist High Resolution • Full Command Keypad • MXL Network Interface (Style 4 or Style 7) • Metal Enclosure with Keylock Door • Restricts Keypad Access • Optional Printer/Peripheral Interface (PIM-1) • Supervised • © Listed, ULC Listed, FM, CSFM, NYMEA and City of Chicago Approved Description The RCC-1 is a full control remote command and display center for use with the MXL. It includes the display/keypad, a PS-51\17 power supply and local network interface, and a small sheet metal enclosure with a lockable door. The door restricts access to the command and control keypad located on the RCC-1. The RCC-1 is connected to the MXL's local network and is powered by the system power supplies or other listed, compatible supplies such as the PS-35 or Alarm-Saf model AS/PS5-BFS-24UL. The RCC-1 is capable of being connected to the MXL's local network in either Style 4 or Style 7 wiring configurations. Located inside the RCC-1 enclosure, the PS-51\17 modules acts as an interface to the MXL network and also supplies the required 5 VDC to the unit. Adjacent to the PS-51\17 are mounting studs for a PIM-1 modules. The addition of a PIM-1 to the RCC-1 allows the connection of a printer (PIM-2, PAL-1), VDT, Color Graphics (MXL-G, MXL-GT) or other peripherals. Up to four RCC-1 s may be operated in a fully super- vised mode. Additional RCC-1 s can be used and operated in a non -supervised mode. This equipment is approved for operation over the temperature range of 0°C to 49°C. Engineer and Architect Specifications Through the use of the RCC-1 keypad, the operator may acknowledge events, silence audibles, and reset the system. The menu driven display allows the listing to the display and optional printing of a wide range of data including the detector voltages, sensitivity settings, event log, system status, and more. In addition, pass- word access allows the operator to perform control and test functions such as changing smoke detector sensi- tivity settings, disarming input and output devices, manually controlling relays, executing display and lamp test, walk test, etc. Access to the keypad controls is restricted by a locked enclosure door. The only keys accessible without opening the door are the HOLD and NEXT display control keys. As an option, a GenBox-WD clear lens may be inserted instead of the metal cover section in the door. This permits viewing of the full display and keypad but does not allow access to any of the keys. The RCC-1 is shipped with the sheet metal section in the door. inteLINK CATALOG NUMBER 5039 S YSIIY$•511YI(IS Ordering Information Model Description Part No. RCC-1 Remote Command Center 500-692533 GenBox-WD Clear Lens for RCC-1 Door 500-692502 Installation Instructions 315-092535 Dimen: Typical Wiring Configuration Cerberus Pyrotronics CERBERUS BRidgedaleAvenue 2/97 PYROTRONICS Cedar Knolls. NJ 07927 5M Tel: (201) 267-1300 CPY-IG FAX: (201) 397-7008 Printed in U.S.A. Cerberus Pyrotronics 50 East Pearce Street Richmond Hill, Ontario L4B, 1 B7 CN Tel:(905) 764-8384 FAX: (905) 731-9182 /8 April 1996 Supersedes sheet dated 5/95 CERBERIJS It PYROTROIVICS EC, EH & EW Single Tone Horns F-Series Horn and Horn -Strobes ENGINEER AND ARCHITECT SPECIFICATIONS • Three Models to Choose from: Horn, Chime, or Slow -Whoop • Low Operating Current • ADA/UL 1971 Horn -Strobe Versions • High dB Output • Available in Flush, Surface, or Ceiling Mount • Standard 4 inch Square Mounting Introduction Cerberus Pyrotronics single -tone horns provide an eco- nomical solution to horn and horn -strobe needs with dedicated tone units designed for high output and effi- ciency. These units are designed for ADA applications and meet the latest requirements of NFPA 72 (the National Fire Alarm Code) and UL 1971 standards for signaling devices for the hearing impaired. Description Rugged metal construction and modern electronics provide dedicated, single -tone horns in flush, surface, or ceiling mounting configurations. This unit draws as low as 20 mA due to its energy efficient design. Terminal screws are provided for horn and strobe. All strobe versions utilize a Xenon flashtube with solid state circuitry for maximum reliability and efficiency. Strobes are available in 15, 15/75. 75, and 110 Candela ratings ratings with various mounting configurations. The strobe lens has 1018LINK FLUSH CEILING SURFACE WITH STROBE a bottom material made of white Lexan® with 5/8' red "FIRE" letters. The top of the strobe has a rounded dome shape made of clear Lexan®. The overall lens height is 2.5" with a width of 1.25". The S15 model provides 15 cd and are used in non - sleeping areas where lower candela is required per UL 1971. The S17 model is for non -sleeping installations requiring 15 cd output while also providing an ADA compliant 75 cd frontal output for public areas. The S75 version offers a 75 cd polar output that meets ADA requirements for regular lighted public areas while also satisfying UL 1971 in substitution of multiple 15 cd units. The S110 version intensifies a non -sleeping ADA area with 110 cd and can be used in sleeping areas to help wake the hearing impaired person per UL 1971. CATALOG NUMBER 2529 Single Tone Horns (@ 24 VDC) Model No. Mounting Chime (C) Horn (H) Slow -Whoop (W) Typical d8 @ 10- Minimal UL dB Rating mA Typical d8 @ to, Minimal UL dB Rating mA Typical dB @ 10- Minimal UL dB Rating mA E( )-F Flush 92 75 20 100 85 20 103 85 150 E( )-S Surface 92 75 20 100 85 20 103 85 150 E( )-C I Ceiling 1 92 75 20 100 85 20 103 85 150 Single Tone Horn -Strobes (@ 24 VDC) Model No. Mounting Tone Typical dB @ 10, Minimal UL dB Rating mA Nominal Strob rrent Ratings (mA) 15 17(15 ) 75 110 EC-S( )-F Flush Chime 92 75 20 80 80 175 245 EC-S( )-S Surface Chime 92 75 20 80 80 175 245 EC-S( )-C Ceiling Chime 92 1 75 20 80 80 NA NA EH-S( )-F Flush Horn 100 85 20 80 80 175 245 EH-S( )-S Surface Horn 100 85 20 80 80 1 175 245 EH-S( )-C Ceiling Horn 100 85 20 80 80 NA NA EW-S( )-F Flush Slow Whoop 103 85 150 80 80 175 245 EW-S( )-S Surface Slow Whoop 103 85 150 80 80 175 245 EW-S( )-C Ceiling Slow Whoop 1 103 85 1 150 1 80 80 NA NA - Minimal UL dB measurements are taken in a reverberant room environmental ratings 0.49-C (32-120-F) 85%humidity. Note: ( I represents strobe model, e.g.. 15. 17. 75 or 110. Wiring Diagram When strobe and electronic signal are connected When strobe and electronic signal are connected to same signal circuit. to separate signal circuits. From Control Panel or Previous Device Accessories From Control To Next Panel or Device or Previous E.01 Device To Next Device or E.O.L Model No. Description FIB Indoor Surface Box, Red FDBB 2.7"D Surface Box for Flush Horn/Strobe, Red FBDM Pendent Wall/Ceiling Housing for Bi-Directional Flush Horn/Strobe, Red FSFP Semi -Flush Plate, Red FCCP Concealed Conduit Plate, Red ACERBERUS f e- PYROTRONICS Cerberus Pyrotronics 8 Ridgedale Avenue 2/96 Cedar Knolls, NJ 07927 10M Tel: (201) 267-1300 CPY-IG FAX: (201) 397-7008 Printed in U.S.A. 'F]®J! From Control Panel or Previous Device To Next Device or EO.L NOTICE: The use of other Nan Cerberus Pyrotronics detectors and bases with Cerberus Pyrotronics control equipment wia be considered a misapplication of Cerberus Pyrotrodcs eeulptnem and as such void all warranties either expressed or Implied with regard to loss, damage, liabilities and/or service problems. Cerberus Pyrolronics 50 East Pearce Street Richmond Hill, Ontario L4B, 1B7 CN Tel: (905) 764-8384 FAX: (905) 731-9182 February 1996 New Issue CERBERUS It PYROTRONICS Visual Signaling Devices F-Series ADA Strobes ENGINEER AND ARCHITECT SPECIFICATIONS • Available in 15, 15/75, 75, and 110 Candela Models • Meets ADA/UL 1971 • Low Current Draw, Less Inrush 0W Duration • Xenon Flashtube with Solid State Circuitry • Weatherproof Rated When Surface Mounted in FWB Series Box • Single Gang, 4 Inch Flush, and 4 Inch Surface Mounting • Horizontal or Vertical Bell -Chime/ Strobe Plate Available • © Listed, FM and NYMEA Approved Introduction FLUSH SINGLE SURFACE FLUSH 6060H WITH 15175 STROBE 6090V WITH 15175 STROBE The Cerberus Pyrotronics F-Series of strobes signals provides maximum reliability and low current drain, meet- ing any visual signaling fire/life safety application. These units are designed for ADA applications and meet the latest requirements of NFPA 72 (the National Fire Alarm Code) and UL 1971 standards for signaling devices for the hearing impaired. Description All units utilize a Xenon Flashtube with solid state circuitry for maximum reliability and efficiency. Strobes are available in 15, 15/75, 75 and 110 Candela ratings with various mounting configurations. The strobe lens has a bottom material made of white Lexan® with 5/8" red "FIRE" letters. The top of the strobe has a rounded dome shape made of clear Lexan®. The overall lens height is 2.5" with a width of 1.25". The S15 model provides 15 cd and are used in non - sleeping areas where lower candela is required per UL 1971. The S17 model is for non -sleeping installations requiring 15 cd output while also providing an ADA compliant 75 cd frontal output for public areas. The S75 version offers a 75 cd polar output that meets ADA requirements for regular lighted public areas while also satisfying UL 1971 in substitution of multiple 15 cd units. The S110 version intensifies a non -sleeping ADA area with 110 cd and can be used in sleeping areas to help wake the hearing impaired person per UL 1971. CATALOG NUMBER 2527 Stand -Alone Stobes Model No. Mounting Nominal Voltage Box Nominal Strobe Current Ratings (mA) 15 17(15/75) 75 110 S( )-FS Flush 24 VDC 1 Gang 80 80 175 245 S( )-F Flush 24 VDC 4 in. sq. 80 80 175 245 S( )-S Surface' 24 VDC 4 in. sq. 80 80 175 245 Signal Strobe Plates Model No. Mounting Nominal Voltage Box Nominal Strobe Current Ratings (mA) 15 17(15/75) 75 110 S( )6060H Horizontal Strobe 24 VDC 4 in. sq. 80 80 NA NA S( )609OV Vertical Strobe 24 VDC 4 in. sq. , Ll"80 80 175 245 Stand alone strobes otlihe wire nuts for connection. Terminal strips no available by modifying part number to read -FT or -ST FS models am not available with terminals. Surface mount units are rated weatherproof when used with FWB-1 or FVIB-2 surface weatherproof box. Note: ( ) represents strobe model. e.g., 15, 17. 75 or 110. Wiring Diagram STROBE& SIGNAL ON - SEPARATE CIRCUITS + CONTROL PANELOR STROBE PREVIOUS STROBE& SIGNALON FROM CONTF PANEL OR SAME PREVIOUS CIRCUIT o€wCE Accessories POLARITY MARKING IS FOR SYSTEM IN ALARM. Break wire runs to provide Electrical Supervision RED RED BLACK Break wire runs to provide Electrical Supervision Model No. Description FIB Indoor Surface Box. Red FDBB 2.7"0 Surface Box for Flush Horn/Strobe, Red FROM Pendent Wall/Ceiling Housing for Bi-Directional Flush Horn/Strobe, Red FSFP Semi -Flush Plate, Red FCCP Concealed Conduit Plate, Red FWB-1 . Weatherproof Box, 112" Conduit, Red FWB-2 Weatherproof Box, 3/4" Conduit, Red j CERBERUS PYROTRONICS Cerberus Pyrotronics 4/97 8 Ridgedale Avenue 7.5M Cedar Knolls, NJ 07927 Tel: (201) 267-1300 CPY-IG FAX: (201) 397-7008 Printed in U.S.A. TO NEXT DEVICE OR E.O.LRESISTOR TO NEXT DEVICE OR E.O.L RESISTOR `\ OnFIA TO NEXT DEVICE OR E.O.I. RESISTOR NOTICE: The use of other than Cerberus Pyrotronics detectors and bases with Cerberus Pyrobonics control equipment will be considered a misapplication of Cemerus PyrolroNu equipment and as such void all warranties either expressed or implied with regard to loss, damage, liabilities and/or service problems. Cerberus Pyrotronics 50 East Pearce Street Richmond Hill, Ontario L4B, 167 CN Tel: (905) 764-8384 FAX: (905) 731-9182 January 1997 Supersedes sheet dated 4/96 6 iti c(,451 Z; r���s tA RGU t> o o Q 0 0 Series RS/RSS Strobe Mounting Plate (Shown w/o cover plate) Series RS/RSS Wall Cover Plate (Included w/strobe) Wall Strobe Ceiling Strobe Series RS Strobes and RSS Non-Sync/Sync Strobes New Features Enhancements Wheelock's Series RS Strobes and Series RSS Non-Sync/Sync Strobes have been enhanced with Lower Current Draw and the Series RSS has ZERO Inrush while maintaining their outstanding performance, reliability and cost-effectiveness in meeting or exceeding the latest requirements of NFPA 72 (National Fire Alarm Code) 1996, ANSI 117.1 (American National Standard for Accessible and Usable Building and Facilities), and UL Standard 1971 (Signaling Devices for the Hearing Impaired). RS/RSS Strobe Appliances, when properly specified and installed in accordance with NFPA/ANSI Standards, can provide the Equivalent Facilitation allowed under ADA Accessibility Guidelines (ADAAG General Section 2.2) by meeting or exceeding the illumination which results from ADA's strobe intensity guidelines of 75 candela at 50 feet. This is an illumination of 0.030 lumens per square foot. Wheelock's Series RS/RSS Strobes employ an integral Patented Strobe Mounting Plate that makes it easy to mount to a variety of backboxes. The strobes can be mounted to single -gang, double -gang, 4" square, 100 mm European backboxes, or the SHBB backbox (Order Code 7254) for surface mounting. An attractive cover plate is provided for a clean, finished appearance on all models. Wheelock's Series RS Strobes are available with 15 and 15/75 candela intensities for Wall mount only and non -sync applications. The Series RSS Strobes NOW Include Non -Sync and Sync in ONE appliance. The SM or DSM Sync Module must be used to achieve Sychronization of the strobe. Synchronized strobes can eliminate possible restrictions on the number of strobes in the field of view. Wheelock's synchronized strobes offer an easy way to comply with ADA recommendations concerning photosensitive epilepsy. The strobe options for the Series RSS are 15, 15175, 30, 75 and 110 candela intensities for Wall mount and 15, 30, 75 and 100 candela intensities for Ceiling mount applications. Features Series RS/RSS Strobes: • Approvals Include: Underwriters Laboratories UL 1971, European Community (CE), FCC Part 15. Submitted for New York City (MEA), California State Fire Marshal (CFM), Chicago (BFP) and Factory Mutual (FM) approvals on all models. • ADA/NFPA/ANSI compliant. Meets OSHA 29, Part 1910.165. • LOWER CURRENT. • Patented Strobe Mounting Plate for single gang, double gang, 4• square, 100 man European backboxes or Wheelock's SHBB backbox for surface mounting. • Low current draw with temperature compensation to reduce power consumption and wiring costs. • Polarized 12 and 24 VDC models with wide listed voltage ranges using filtered DC or unfiltered FWR input voltage. • Fast installation with IN/OUT screw terminals using #12 to #18 AWG wires. Series RS: Low Current • 24 Volt only. • Wall mount only. • Available only in 15 and 15/75 candela intensity. Series RSS Strobes: Low Current • ZERO INRUSH. • Both Non -Sync and Sync in ONE appliance. To achieve Synchronization, a SM or DSM Sync Module must be used. • 12 or 24 volt models. • Wall mount RSS available in 15, 15/75, 30, 75 and 110 candela intensity. • Ceiling mount RSS available in 15, 30, 75 and 100 candela intensity. Wil Since the inception of UL 1971, strobes cannot be Listed for outdoor use, Wheelock offers WM3T strobes for outdoor installation requiring weatherproof devices and private mode operation where UL 1971 strobes are not required. They are UL 1638 Listed at 117 cd and are designed for surface mounting indoors or outdoors. "NOT TO BE USED AS IN INDOOR VISUAL EVACUATION SIGNAL OR FOR THE HEARING IMPAIRED" ONLY 88 MILLIAMPS 20-31 VDC f li A 18 w h KAoc Specifications and Ordering Information WALL MOUNT STROBES — SERIES RS/RSS Model Number' Order Code Input Voltage VDC Strobe Candela Avera e" Current AMPS) 0 24 VDC Mounting Options*** RS-2415W-FR 7465 24 15 .050 B D,F G X RS-241575W-FR 7466 24 15/75 .065 B D F G X RSS-2415W-FR 7470 24 15 .050 B D,F G,X RSS-241575W-FR 7471 24 1 15/75 . .065 B D,F G,X RSS-2430W-FR 7472 24 30 .081 B D,F G,X RSS-2475W-FR 7473 24 75 .133 .. B D F G,X RSS-2411OW-FR 7474 24 110 .161 B D,F G X RSS-2415W-FW 7787 24 15 .050 B D,F G,X RSS-241575W-FW 7788 24 15/75 .065 B D,F,G,X RSS-1215W-FR 7475 12 15 .126 B,D,F,G,X RSS-121575W-FR 7476 12 15/75 .161 B D,F G,X CEILING MOUNT STROBES — SERIES RSS RSS-2415C-FW 7482 24 15 .067 B,D,F G,X RSS-2430C-Fla 7483 24 30 .102 1 8,D,F G,X RSS-2475C-Fla 7484 24 75 .204 1 8,D,F,G,X RSS-2410OC-FW 7485 1 24 100 .238 1 B D,F G,X SYNC MODULE SM-12/24-R 6369 12 — .014 E,1 24 — 025 E,N DSM-12/24-R 6374 12 1— .020 1 W 24 1 .038 1 W SM Sync Module is rated for 3.0 amperes at 12 or 24 VDC; DSM Sync Module Is rated for 3.0 amperes per circuit. The maximum number of interconnected DSM modules Is twenty (20). Rater to Data Sheet S3000 or Installation instructions (refer to Fax -On -Demand list In this catalog). Use the Series RSS appliances for synchronization. ' Series RS-Wall, RSS-Wall and RSS-Ceiling are available In either Red or White. Please contact Customer Service for order codes (if not stated above) and delivery information. Model code suffix: W - wall or C - telling; F - lire lettering or all Customer Service If other lettering is required (Ex.: Feugo). R at end - red plate: W at end - white plate: Example: RSS-2415W-FRf,o RSS-2415W-FWR�e RSS2415C-FW�n41e Wall Ri4e Waste eke Celine-V� 'V-Fue Average current per actual Wheelock Product Testing O 10.5. 12. 15.6, 20, 24 E 31 VDC Nominal Voltage. For rated average and peak current across the UL Listed voltage range for both littered OC and unfiltered (VRMS). Use Table E for Series RS or Table F for Series RSS wall or Table G for RSS telling when calculating current requirements located on page 61 of this catalog and/or most current installation instructions. (refer to Fax -On -Demand Listing In this catalog). Refer to Data Sheet S7000 for Mounting Options or page 56 of this catalog. Note: WM3T-24-VFR - UL 1638 only. Refer to Installation instructions (P62037). 117 cd STROBE INDOOR OR OUTDOOR must use WBB box for outdoor Input Average Order Voltage Strobe Current Model Number Code VDC Candela AMPS Mounting Options WM3T-24-VFR 4911 24 117 .088 J,K .I SERIES RS and SERIES QUICK REFERENCE GUIDE Model Number Wall Mount Ceiling Mount Non- S ne SYnc's W/ SM or DSM Strobe Candela 24 VDC 12 VDC *Model # Color RED "Model# Color WHITE RS-2415W-FR X X 15 X RS-241575W-FA X 15R5 X RSS-2415W-FR X X X 15 X R-241575W-FR X X X 15l75 X RS -2430 - R X X X 30 X RSS-FR X X X 5 X X ASS- R X X X 110 X X R-1215W-FR X X 15 X I X R-121575W-FR X X X 15/75 X X R -2415 - W X X X 15 X RS -2430 -FW X X 30 X W Hbb-24/5U-FVV X X X 75 X 24100- X X X 100 Model / Color is Red, can be ordered in While. Call Customer Service for order code 5 Delivery. Model / Color is While, can be ordered in Red. Call Customer Service for order code If Delivery. SEE PAGE 3 FOR GENERAL AND TECHNICAL NOTES. W hedoc C 19 Cerberus Pyrotronics CERBERUedararie Avenue 9Ca Knolls, NJ 07927 5M PY1tOTRONIC9 Tel: (201) 267-1300 CPY-IG FAX: (201) 397-7008 Printed in U.S.A. Cerberus Pyrotronics 50 East Pearce Street Richmond Hill, Ontario L4B, 1B7 CN Tel: (905) 764-8384 FAX: (905) 731-9182 September1995 Supersedes sheet dated 1/95 • • • j, CERBERUS PYROTRONICS 0 Intelligent Initiating Devices • • Manual Fire Alarm Boxes ENGINEER AND ARCHITECT SPECIFICATIONS MSI-10 And MSI-20 Intelligent Manual Fire Alarm Boxes for MXL and XL3 Control Panels • Durable Design • Shock and Vibration Resistant • Pull Down Lever Remains Down Until Reset • New Custom Microcomputer Chip Technology • Dynamic Supervision • Reset with Allen Key • No Break Rods Necessary • Two Wire Operation • Surface or Semiflush Installation • FPI-32 Programs and Verifies Device's Address and Tests Device's Functionality • Electronic Address Programming is Easier and More Dependable • Single and Double Action Models • tListed, ULC Listed, FM and CSFM Approved Introduction Cerberus Pyrotronics MSI-10 and 20 intelligent manual fire alarm boxes provide the markets' most advanced method of address programming and supervision, combined with sophisticated control panel communication. Each MSI manual fire alarm box incorporates a new custom micro- computer chip. The microcomputer chip technology, and its sophisticated bi-directional communication capabilities with the control panel, achieves the state of an "Intelligent Initiating Device." Description The MSI-10 and 20 are constructed of durable molded polycarbonate material which is matte finished in red with raised white lettering. The housing accommodates a "pull - down" lever which, when operated, locks in position indicating the manual fire alarm box has been activated. The pull down lever remains down and locked until the manual fire alarm box is reset. The manual fire alarm box is reset only by opening the hinged housing cover with an allen key and then closing and locking the cover. inteLINH SISIIYS-SIIYI(IS MSI-10 (Single Action) MSI-20 "? (Double Action) The MSI-10 and 20 manual fire alarm boxes operate with the MXL, IXL/ICON-1 and XL3 control panels. The manual fire alarm box's microcomputer chip has the capacity of storing, in memory, identification information as well as important operating status information. Cerberus Pyrotronics' innovative technology also allows all MSI Series Intelligent manual fire alarm boxes to be programmed by using the Model FPI-32 Programmer/ Tester. The FPI-32 Programmer/Tester is a compact, portable, menu driven accessory which makes program- ming and testing a manual fire alarm box device faster, easier and more dependable than previous methods. The FPI-32 eliminates the need for the device's mechanical addressing mechanisms, such as program jumpers, dipswitches or rotary dials because the FPI-32 electroni- cally sets the manual fire alarm box's address into its microcomputer chip, nonvolatile memory. Vibration, corrosion and other conditions which deteriorate mechani- cal addressing mechanisms are no longer a cause for concern. CATALOG NUMBER 6162 The MSI-10 and 20 are fitted with screw terminals for connection to an addressable circuit. The MSI-10 and 20 can be either surface or semiflush mounted. The MSI-10 and 20 manual fire alarm boxes derive their power, communicate information and receive commands over a single pair of wires. The MSI Series is compatible on the same circuit with all IL and ID-60 Series ionization, photoelectric or thermal detectors, TRI-60 Series interfaces or CZM Series address- able conventional zone modules. The MSI-10 and 20 intelligent manual fire alarm box is Underwriters Laboratories, Inc. listed. Engineer and Architect Specifications The addressable manual fire alarm box shall incorporate a custom microprocessor based integrated circuit which shall provide communication with its compatible control panel. The addressable manual fire alarm box shall be a Cerberus Pyrotronics Model MSI-10 or MSI-20 which shall be compatible with both the Cerberus Pyrotronics MXL, IXL/ICON-1 and XL3 control panels. The addressable manual fire alarm box shall be con- structed of durable molded polycarbonate material which is matte finished in red with raised white lettering. The housing shall accommodate a "pull down" lever, which when operated locks in position after releasing a spring loaded switch. To indicate the manual fire alarm box has been activated, the pull down lever shall remain down and locked until the manual fire -alarm box is reset. The manual fire alarm box shall be reset onlyrby opening the hinged housing cover with an alien key and then closing and locking the cover. The addressable manual fire alarm box shall be UL listed. Mounting Data The addressable manual fire alarm box shall be dynami- caly supervised and uniquely identifiable by the control panel. The addressable manual fire alarm box's address shall be programmed with the use of a portable programming accessory. The programming accessory shall be a Cerberus Pyrotronics FPI-32 Programmer/Tester. The portable programmer shall be menu driven. Once the desired address is entered, the programmer shall set and verity the address. The programming accessory shall also be capable of testing the device's functionality. The addressable manual fire alarm box's address shall be set by electronic means only. No mechanical means such as programming pins, dipswitches or rotary dials shall be required to set the device's address. The MSI-10 or MSI-20 Manual Fire alarm box shall be compatible on the same circuit with all other Cerberus Pyrotronics IL, 0-60 Series or X Series detectors. MSX or MSI Series addressable manual fire alarm boxes, TRX or TRI Series addressable interface modules, or CZM Series addressable conventional zone modules. Ordering Information Model No. Description Shipping Weight MSF70 Adressable Manual Fire Alarm Box, Single Action 2lb. (.90 kg.) MSI-20 Adressable Manual Fire Alarm Box, Double Action 2.5 to. (IA 3 kg.) SB-5R Surface Mounting Box 1.5 to. (AS kg.) 500-920490 Resel Tod Package (Contalns 2 tools) .5 Ib. (.23 kg.) MSI-10 shown. (Same for the MSI-20) a, 4' SB-5R HOUSING NAMEPLATE SURFACE MOUNTING BOX HINGED TO BACKPLATE 1-3II6' rJ� D /\ 5-1/2' Houslnc i r A D I �• 0 3' \ ` G 3-1/2' DEEP (/�� SWITCH BOX LOCKING (USER SUPPUEDI SCREW SURFACE MOUNTING BALI(PUTE \ ENCLOSURE \ Typical Wiring Diagram • • TO NEXT ADDRESSABLE DEVICE ICON MODULES INX OR ALD LOOP WIRES FROM CONTROL PANEL EARTH GROUND (SEE NOTE 1) NOTES: 1. When using shielded cable (with or without conduit): • . Connect the cable shield to terminal 3 (earth ground) on the MSI. Do not ground the shield anywhere else but at the specified location on the control panel enclosure. When using conduit without shielded cable: Ground the conduit adequately and continually. Then connect terminal 3 (earth ground) of the MSI to the electrical box in which it is mounted. • • Mounting Data STANDARD OR DEEP 4OCTAGON OR SQUARE WIflING BOX 0 OR SINGLE GANG OUTLET BOX 19 MM) 3' p5 MMI oomD 5/8' p429 MIA) O0 Wiring Diagram Ordering Information Model Description Shipping wt. Lb. Kg. ILP-2 Addressable photoelectric smoke detector 1 0.45 DB-3S Low profile surface mount base 1 0.45 ADBI-60 I Series audible base 1 0.45 DB-X3RS Mounting base with relay 1 0.45 RLI-1 Remote alarm indicator (for 4' octagon box mounting) 1 0.45 RLI-2 Remote alarm indicator (for switch box mounting) 1 0.45 DB-LK Locking kit for DB-3S, DB-X3RS & ADB-X3 0.5 0.22 RA-ADB Optional finish ring for boxes 0.2 GA AD-31LP Air duct housing 5 2.25 DA-X3SR Relay for Duct Housing 1 0.45 (With Remote LED) (RelayBase) ) (No Remote) (Relay Base) + + + + + + To Next Base ~+ Do Not Use an End of To iniNaing Line circuit of Cerberus s 1a )a• Relay' s 16 Device )s. Pyr0trOn.. B lb No )a-lNc CAnfaCiS 3A, 120 6 1b (NO )e-lNC compatible 0 Optional VAC O control un' Remote 3A, 30 VDC Do Not Alarm Indicatoa 1Y r Use an Models RLI-1/RLI-2 End Of Line f Device - - - - - To Next Base 'The relay contacts are shown just after a System reset pulse, which represents the non -alarm condition. NOTICE: The use of other than Cerberus Pyrotronics detectors and bases with Cerberus Pyrotronics equipment will be considered a misapplication of Cerberus Pyrotronics equipment and as such void all warranties either expressed or implied with regards to loss, damage, liabilities and/or service problems. Cerberus Pyrotronics 8 Ridgedale Avenue ��CERBERUS Cedar Knolls, NJ 07927 12/97 PYROTRONICS Tel (973) 267 1300 loM FAX (973) 397-7008 CPY-IG Website: www.cerbpym corn Printed in U.S.A. Cerberus Pyrotronics 50 East Pearce Street Richmond Hill, Ontario L48, 1B7 CN Tel: (905) 764-8384 FAX (905) 731-9182 December 1997 Supersedes sheet dated 4197 CERE3ERUS PYROTRONICS • • ILP=2 0 s • • Intelligent Photoelectric Detectors for MXL and MXLV Control Panels ENGINEER AND ARCHITECT SPECIFICATIONS I LP-2 • Most Sophisticated "Detector Intelligence" Available Today • Unsurpassed False Alarm Immunity • Easily Programmed to Match Specific Location Hazards by Selecting a Pre -Defined Smoke Profile from the Control Panel • On -Board Motorola Microprocessor Based Design • Innovative Technology Provides High Speed, Fault Tolerant System/Detector Communications • EEPROM Supervision; Protects Critical Detector Programming • Highly Resistant to RFI, EMI and Humidity. • Remote Sensitivity Adjustment and Measurement Capability • Field Cleanable Photochamber • Alarm Indicator LED • Two -Wire Operation • Compatible with SENSORLINK, Model FPI-32 Field Programmer/Tester: Program Nerify Detector Addressing, Perform Diagnostic Testing of Detectors • EnviroLINK: Software Based Automatic Environmental Compensation (available only when used with MXL systems). • Optional, Fully Programmable Relay Base, Audible Base and Remote Alarm Indication • (V Listed, ULC Listed, CSFM and NYMEA Approved Introduction The Cerberus Pyrotronics ILP-2 Intelligent Photoelectric Smoke Detector offers the life safety industry the most advanced method of detection and communication available today. The ILP-2 utilizes advanced algorithms that allow the detector to distinguish deceptive phenomena while optomizing response to actual hazards / fires such as that from a cigarette or motor vehicle in a parking garage from an actual fire hazard. In addition, the ILP-2 detector provided an extremely high degree of resistance to RFI, EMI, and humidity. No other detection system available today offers a higher level of protection or false alarm immunity. The ILP Series detector uses a state-of- the-art Motorola microprocessor with "on -board" EEPROM with error checking and supervision algorithms. inteLINK Sr111 Y4 llf �Ilff 0 The ILP Series intelligent photoelectric detectors are compatible with Cerberus Pyrotronics' SensorLINK FPI-32 field programmer/tester. The FPI-32 is a compact, por- table, menu -driven accessory which makes programming and testing detectors faster, easier and more reliable than other methods. The FPI-32 eliminates the need for cum- bersome, unreliable mechanical programming methods and reduces installation and service costs by electronically programming addresses and functionally testing the ILP's performance before the detector is installed. The ILP-2 photoelectric detector is compatible with Cerberus Pyrotronics' MXL and MXLV control panels. All ILP Series detectors are Underwriters Laboratories Listed. CATALOG NUMBER 6172 Description The ILP-2 is a plug-in, two -wire photoelectric detector, compatible with Cerberus Pyrotronics' MXL or MXLV systems. Each ILP-2 detector consists of a dust resistant, field cleanable photo chamber, microprocessor based electronic circuitry with plastic cover and base. Electronic component packaging uses surface mount type technol- ogy. The entire electronic assembly is fully protected from noise transients by shielding and is coated to resist moisture and corrosion. The ILP-2 photoelectric detector utilizes a light emitting diode (LED), and light sensing photodiode assembled in a fixed array so that under normal conditions, light transmit- ted by the LED is directed away from the photodiode and scattered throughout the smoke chamber in a controlled pattern. The smoke chamber is designed to manage light dissipation and extraneous reflections from dust particles or other non -smoke airborne contaminants in such a way as to maintain stable, consistent detector operation. The Cerberus Pyrotronics ILP-2 detector provides the highest level of detector intelligence available today with a detector / panel link that allows the user to program the detector for specific fire hazard profiles through simple software selection. When installing a new ILP-2 detector, the user simply selects the application from the following list: Office/Retail Warehouse/Light Manufacturer Lobby/Atrium Computer Room Dormitory Healthcare Parking Garage Utility/Transformer Room Hostile Environment Precious Storage / Air Duct The software does the rest; no guessing on percent of obscuration or selecting outdated alarm configuration delay figures; the control panel programs the detector for the optimum fire protection mode without hassle and without confirmation delays. Once optimized for the fire hazards in the area, the ILP-2 provides the best detection you can buy. Should the operator or installer forget to program the detector, the detector will revert to a default setting that allows it to operate as a standard ILP-1 detec- tor. The ILP-2 detector's microprocessor uses an integral EEPROM to store the detector's address, and other critical operating parameters which include an assigned, pro- grammable value for alarm and trouble thresholds. The microprocessor's software employs sophisticated, proprietary algorithms to identify and disregard false alarms caused by radio frequency (RFI) and electromag- netic (EMI) interference and also validates all trouble conditions before annunciating or reporting to the control panel. Communications within the detector itself and also between the ILP-2 detector and the control panel or the FPI-32 programming accessory are supervised and safeguarded against disruption by reliable, microprocessor based error checking routines. Additionally, the micropro- cessor supervises all EEPROM memory locations and provides a high degree of EEPROM failure fault tolerance. In MXL or MXLV applications, an ILP series detector determines it's operating status to be normal, in alarm, or in trouble depending on the difference between the alarm threshold value stored in the detector's memory and the detector's latest analog measurement. The detector then communicates changes in its status to the MXL or MXLV control panel. In addition, MXL and MXLV panels will periodically sample the value of the detector's analog signal in order to determine if those values indicate excessive dust buildup in the photo -chamber; if so the MXL(V) will indicate that the particular detector requires maintenance. When an ILP series detector's alarm condition is confirmed by the control panel, the detector's LED flashes and continues flashing until the system is reset at the control panel. Also, any user defined system alarm function or control by event functions are activated. Each ILP series detector is capable of operating one "I" series remote alarm indicator, or one auxiliary relay, or one audible base. Detector sensitivity, calibration and identification are dynamically supervised by the control panel. Detector sensitivity can be changed from the control panel. • The SensorLlNK FPI-32 Program/Test accessory is used to program and verify the detector's address. The technician selects the accessory's program mode to enter the desired address. The FPI-32 will then automatically set and verify the address and test the detector. The FPI-32 operates on AC power or rechargeable batteries, providing the flexibility and convenience to program and test detectors anywhere. • When in the test mode, the FPI-32 will perform a series of diagnostic tests on the ILP detectors without altering the address, allowing technicians to determine if the detector is operating properly or not. The ILP series detectors may be installed on the same initiating circuits with ID-60 series detectors, MSI series manual boxes, TRI series interfaces, ICP output control devices or the CZM series conventional zone modules. All ILP series detectors can be cleaned in the field as required by simply removing first the detector cover, then the photo chamber cover and cleaning the interior sur- faces of the photo chamber with a clean, soft cloth or brush. The ILP series detectors use the Cerberus Pyrotronics low profile surface mounting detector bases. Detector base model DB-3S mounts to a 4-inch octagonal, square or single gang electrical box. Relay base model DB-X3RS mounts to a 4-inch square deep electrical box. Audible base model ADBI-60 mounts to a 4-inch square deep electrical box. When a 4-inch square or 4-inch square deep electrical box is used, an optional trim ring is avail- able; model RA-ADB. The DB-3S, DB-X3RS and ADBI-60 bases use screw clamp terminals for all electrical connec- tions and self -wiping contacts for increased reliability. These bases contain a provision for an optional, concealed locking mechanism, model DB-LK, to prevent unautho- rized removal of the detector head. All ILP series photoelectric detectors are approved for operation within the U.L. specified temperature range of 0°C and 38°C. • 0 Applications Data Installation of the ILP series of photoelectric detectors requires a two -wire circuit of 18 AWG thermoplastic fixture wire enclosed in conduit, or 18 AWG limited energy, shielded cable without conduit if permitted by local build- ing codes. Field wiring should conform to local and National Electric Codes, and to the control panel wiring specifications. "T-tapping" is permitted only for Style 4 (Class B) wiring. ILP series photoelectric detectors can be applied within the maximum 30 foot center spacing (900 sq.ft. areas) as referenced in NFPA 72. This applications guideline is based on ideal conditions, specifically; smooth ceiling surfaces, minimal air movement, and no physical obstruc- tions between potential fire sources and the detector. Do not mount detectors in close proximity to ventilation or heating and air conditioning outlets. Exposed joists or beamed ceilings may also affect safe spacing limitations for detectors. Should questions arise regarding detector placement, observe NFPA 72 guidelines. Engineer and Architect Specifications The detector shall be a Cerberus Pyrotronics ILP-2 addres- sable, photoelectric detector which shall be compatible with either a Cerberus Pyrotronics MXL or MXLV control panel. The detector shall have a plug-in "head" unit which mounts to a twist -lock base. The detector head will incor- porate microprocessor based circuitry which shall perform all detection and communications functions. No electronic circuitry or address identification mechanisms shall be contained in the detector's base. The detector shall operate on a two -wire circuit and shall include an LED indicator which will flash to signal an alarm condition. The detector shall be listed with Underwriter's Laboratories, Inc. The photoelectric detector shall utilize a light emitting diode (LED), mirror and light sensing photodiode as- sembled in a fixed array so that under normal conditions, light transmitted by the LED is directed away from the photodiode and scattered throughout the smoke chamber in a controlled pattern. The smoke chamber design should effectively manage light dissipation and extraneous reflections from dust particles or other airborne contami- nants in such a way as to maintain stable, consistent detector operation. The detector shall be capable of accepting fire detection parameters, "download" from the fire panel, which will fully define it's percent of obscuration and other implementation settings selected from a menu driven software program. The detector shall be capable of operating in a factory defined default mode if the operator or installer fails to property program the detector. • • Detector addressing shall be accomplished electronically, using a portable field programming/test accessory. Mechanical means such as programming pins, dip - switches, etc. shall not be used. The field programming device shall be a Cerberus Pyrotronics SensorLlNK model FPI-32. The portable programming device shall be menu driven and operate using rechargeable batteries or 120VAC power. Once the desired address has been entered at the FPI-32 programming device, the device will download the data to the detector's memory and verify that the detector address is correctly programmed. Communi- cations between the detector and the programming accessory shall be supervised by error checking algo- ' Mthms. The field programming accessory shall also be capable of performing diagnostic tests to determine if a detector is operating property. The detector shall be capable of bi-directional communica- tions with the control panel and shall be dynamically supervised and uniquely identifiable by the control panel. The control panel shall be capable of analyzing the signal for the detector's analog value for calibration, sensitivity and address identification. These values shall be displayed upon command from the control panel. The detector's sensitivity shall be individually adjustable from the control panel. Should the detector sensitivity voltage shift beyond an acceptable level and remain there for a predetermined duration, a discrete detector trouble signal shall be annun- ciated at the MXL or MXLV control panel. The detector shall be capable of operating one remote alarm indicator or auxiliary relay or audible base. The relay or remote alarm indicator, or audible base is normally activated by the associated detector, however, the MXL or MXLV system shall be capable of being programmed to operate the relay or remote alarm indicator, or audible base independently of the associated detector. All detec- tors, remote alarm indicators, audible bases and or relays connected to the initiating circuit can be in alarm or activated simultaneously. The addressable photoelectric detectors shall be compat- ible with the standard Model DB-3S base, the ADBI-60 audible base, the DB-X3RS relay base and the AD31LP air duct housing, model of remote alarm indicator (RU-1/RLI- 2). The base assembly in which the detector is installed shall be of twist -lock design with screw clamp terminals. The base shall use self -wiping contacts and shall accept other compatible Cerberus Pyrotronics plug-in detectors. A locking mechanism shall be installed in those areas where tamper resistant installation is required. Technical Specifications Current requirements: Normal- 1.2 mA typical Alarm- 1.5 mA typical Voltage range: 16 VDC-30 VDC Peak pulsed voltage Operating temperature: +320F (0°C) to 100°F (38°C) Per UL 268/268A Humidity: 0-93% Relative Humidity, Non -Condensing Mounting Data NOTICE: The use of other than Cerberus Pyrotronics detectors and bases with Cerbems Pyrotronics equipment will be considered a misapplication of Cerberus Pyrotronics equipment and as such void all warranties either expressed or implied with regards to loss, damage, liabilities and/or service problems. cemerus Pyrouods 8 Hidgedak Avenue CERBERUS cedar Knolls, N3 07927 a97 P ROTR011MCS Tel:(201)26]-1300 tom FAX'.Ip1)3977003 CMG Websse:vN raffippocorn Punted in U S A. cerberus Pyrdroncs 50 East Pearce asset Richmond HiII. Ontario L4B.1 W CN Tel 1905)]154-8384 FAX (905)731-9182 Mq 1997 supersedes sheet dead 12/96 • CERBERUS �p' PYROTRONICS • ILT Series •• •• Intelligent Thermal Detectors for IXL, MXL, and XL3 Control Panels NGINEER AND ARCHITECT SPECIFI ILT-1 • Microprocessor Based Design • Innovative Technology Provides High Speed, Fault Tolerant System/Detector Communications • Alarm Indicator LED • Two -Wire Operation it • Compatible with SensorLlNK, Model FPI-32 Field Programmer/Tester • It Approved, ULC Listed, CSFM and NYMEA Approved, and FM Pending Introduction Cerberus Pyrotronics ILT-1 intelligent thermal detectors provide an advanced method of detection, address programming and supervision, combined with sophisti- cated control panel communication. The ILT-1 detectors are supplied with a 135°F, rate compensation/fixed temperature sensor. The ILT Series microcomputer chip technology, and its sophisticated bi-directional communi- cation capabilities with the control panel, achieves the state of an "Intelligent Initiating Device." The ILT Series intelligent thermal detectors are compatible with Cerberus Pyrotronics' SensorLlNK FPI-32 field programmer/tester. The FPI-32 is a compact, portable, menu -driven accessory which makes programming and testing detectors faster, easier and more reliable than other methods. The FPI-32 eliminates the need for cumbersome, unreliable mechanical programming methods and reduces installation and service costs by electronically program- ming addresses and functionally testing the ILT's performance before the detector is installed. The ILT-1 thermal detector operates with either the IXL, MXL or the XL3 control panel. All ILT intelligent thermal detectors are UL listed. Description The ILT-1 is a plug-in, two -wire thermal detector, compatible with either the IXL (ICON), MXL or XL3 control panel. Each ILT-1 has microcomputer chip technology and highly stable solid state electronic circuitry. The ILT Series thermal detector consists of a rate compensation/fixed temperature 135°F rated sensor. The sensor consists of an aluminum tubular shell containing two curved expansion struts under compression which are fitted with a pair of normally open, opposed, contact points. The contact points are insulated from the shell. The tubular shell and struts have different coefficients of expansion. When subjected to a rapid heat rise, the tubular shell expands and lengthens slightly. At the same time, the interior struts lengthen but at a slower rate than the shell. inteuNN CATALOG NUMBER 6167 SISIf Y{�M1t IYI[ES The rapid lengthening of the shell allows the struts to come together and close the contact points. When the contact points close, an alarm is initiated. When subjected to a very slow heat rise the tubular shell and the interior struts lengthen at approximately the same rate. At the detector's set temperature point of 135OF (580C), the interior struts are fully extended and close the contact points, which initiates an alarm. The ILT-1 is shock and corrosion resistant. This detector responds only to heat so the ILT-1 is suitable for use in areas where conditions prohibit the use of other types of detectors. The detector's microcomputer chip has the capacity of storing, in memory, identification information as well as important operating status information. In addition, the ILT- 1 Series detectors, using their microcomputer chip, can communicate in either of two protocols. One protocol type is used when the ILT-1 Series detectors communicate with the IXL (ICON) and MXL control panel and the other protocol is used for XL3 communication. When the ILT-1 thermal detector is in alarm, the LED blinks and continues blinking until the system is reset at the control panel. Also, any user -defined system alarm functions and control by event functions are activated when the detector goes into alarm. An FPI-32 Programmer/Tester is used to program and verify the detector's address. The user selects the Program Mode to enter the desired address. The FPI-32 Programmer/Tester then automatically sets and verifies the address as well as tests the detector. The FPI-32 has rechargeable batteries, so a detector's address can be programmed by the user from the most convenient location. The user can also separately test the detector for functionality. When the user selects the Test Mode, a series of tests are automatically conducted and the user is informed whether the detector has passed or failed. The ILT-1 detector is compatible on the same MXL or XL3 initiating circuit with other Cerberus Pyrotronics IL Series or ID-60 Series addressable ionization or photoelectric detectors, X.Series addressable thermal detectors, MSI or MSX Series addressable manual stations, TRI or TRX Series addressable interfaces, or CZM Series addressable conventional zone modules. The ILT-1 detector is compatible on the same IXL (ICON) circuit with other IL Series detectors, MSI Series manual stations and TRI Series interfaces. Each ILT Series thermal detector is capable of operating one "I" Series remote alarm indicator or auxiliary relay or audible base. The ILT-1 detectors use a surface mounting base, Model D13-3S, which mounts on a 4-inch octagonal, square or single gang electrical box. Relay base Model DB-X3RS mounts to a 4-inch square deep electrical box. Audible base Model ADBI-60 also mounts to a 4-inch square deep electrical box. When a 4-inch square or 4- inch square deep box is used, an optional finish ring for these bases is available, Model RA-ADB. The DB-3S, and the DB-X3RS and ADBI-60 use screw - clamp terminals for all electrical connections and self - wiping contacts for reliability. The bases also contain a provision for an optional concealed locking mechanism to prevent unauthorized removal of the detector head, Model DB-LK. Application Data An XL3's INX input module contains four initiating circuits, with each circuit capable of supporting up to thirty ILT Series intelligent thermal detectors. The MXL uses ALD loop circuits and the IXL and ICON loop circuits, with each circuit capable of supporting up to sixty ILT Series intelligent detectors. The detector, or group of detectors, require a two -wire circuit of minimum 18 AWG thermoplastic fixture wire enclosed in conduit, or minimum 18 AWG limited energy, shielded cable without conduit if permitted by local building codes. Wiring should conform to local and National Electrical Codes, and to the control panel's wiring specifications. T-tapping is permitted only for Style 4 (Class B) wiring. Engineer and Architect Specifications The addressable thermal detector shall incorporate a custom microprocessor based integrated circuit which shall provide communication with its compatible control panel. All of the detector's communication circuits shall be contained within the detector head. No communication electronics or address identification mechanisms shall be contained within the detector's base. The detector shall be a Cerberus Pyrotronics ILT thermal detector which shall be compatible with either a Cerberus Pyrotronics XL3 or MXL or IXL (ICON) control panel. The thermal detector shall consist of a rate compensation/fixed temperature 135OF rated sensor. The detector's address shall be programmed with the use of a portable programming accessory. The programming accessory shall be a Cerberus Pyrotronics FPI-32 Programmer/Tester. The portable programmer shall be menu driven. Once the desired address is entered the programmer shall set and verify the address. The programming accessory shall also be capable of testing the detector's functionality. The detector's address shall be set by electronic means only. No mechanical means such as programming pins, dipswitches or rotary dials shall be required to set the detector's address. The detector shall be capable of bi-directional communication with the control panel. The detectors shall be compatible on the same XL3 or MXL initiating circuit with other Cerberus Pyrotronics ID-60 Series, ILT Series or X Series addressable ionization or photoelectric detectors, X Series addressable thermal detectors, MSI or MSX Series addressable manual stations, TRI or TRX Series addressable interfaces, or CZM Series addressable conventional zone modules. The • u u detectors shall be compatible on the same IXL (ICON) initiating circuit with other Cerberus Pyrotronics ILT Series detectors, IL Series, MSI manual stations, or TRI Series interfaces. • The detector shall be capable of operating one remot4 alarm indicator or auxiliary relay or audible base. The rel or remote alarm indicator is normally activated by the associated detector, however, the XL3 or MXL system shall be capable of being programmed to operate the relay or remote alarm indicator independently of the associated detector. All detectors and/or relays connected to the initiating circuit can be in alarm or activated simulta- neously. • The addressable thermal detectors shall insert into the standard Model DB-3S base or the DB-X3RS relay base or the ADBI-60 audible base. The base assembly in which the detector is installed shall be of the twist -lock design with screw -clamp terminals. The base shall use self -wiping contacts and shall accept other compatible plug-in detectors. A locking mechanism shall be installed in those areas where tamper resistant installation is required. Technical Specifications Current Requirements: Normal 1.4n-A typical Humidity: 0-93% Relative Humidity, Non-condensating Ordering Information Model Description Shipping Wt. Lbs. Kg. ILT-1 Addressable Thermal Detector 1 0.45 DB-3S Low Profile Mounting Base 1 0.45 DB-x3RS Mounting Base with Relay 1 0.45 ADBI-60 "I" Series Audible Base 1 0.45 RLI-1 Remote Alarm Indicator (for 4" Octagon Box Mounting) 1 0.45 RLI-2 Remote Alarm Indicator (for Switch Box Mounting) 1 0.45 DB-LK Series 3 Base Locking Kit 0.5 0.22 RA-ADB Optional Finish Ring for Bases 0.2 0.1 Typical Wiring Diagram - Style 4 (Class B) TO NEXT + + + RELAY BASE BASE BASE MODEL N0. D8-3S MODEL N0. DB-X3RS INX OR ALD OR ICON WIRES 5 1a )5+ ffN D , RELAY FROM CONTROL PANEL 6 1b `D Il CONTACTS J� 3A 30 VDC/120 VAC O IN. RESISTIVE OPTIONAL 61 REMOTE ALARM INDICATOR MODELS MODELS RLI-1, RLI-2 — — — TO NEXT — �� BASE Typical Wiring for MXL and ICon-1 (IXL) Model AD31orAD31LP SEE NOTE 3 4 3 2 1 NOT lX-9-03 +> I ZONE WIRES FROM CERBERUS PYROTRONICS LISTED MXL CONTROL PANEL OR ICON-1 (IXL) lmra5ng Loop W Yea From cerberus Pyrotronics Listed INS-2 System Control Panel Model AD31 or AD31LP Model AD31 or AD31LP with DA-X3SR Relay Modules with DA-X3SR Relay Modules SEE NO7E 3 I 55678910 I1 OPTIONAL REMOTE ALARM AL l + RELAY INDICATOR I \ �YJ BOARD MODEL ALARM CONTACTS OR RLI-2 125 VAC24 VDC. 3A NOT USED Typical Connections for INS-2/IXL Use SEE NOTE 3 rat+ h 5 5 6 7 8 9 1011 Model AD-31 or AD-31LP Model AD-31 or AD-31LP ALARM CONTACTS 125 VAC24 VOC. 3A NOT USED --]IM + TO NEXT ADDRESSABLE DEVICE NOTE: Use DIZ-B3, DIZ-B3H, or PFZ-3 detectors only. Remote lamps and remote relays cannot be used with "Z" series detectors. 0 Ordering Information Model No. Description Shipping Weight Lb. Kg. AD-31 Series 3 air duct housing with cover for the Series 3, ILI Series and Series ID-60I ionization detectors 5 2.25 AD-31LP Series 3/3X air duct housing with cover for the ILP-1 and PE3 photoelectric detectors 5 2.25 DA-3SR Remote relay board for use with AD-3I or AD-31LP with DI-3 or PE-3 series detectors 0.5 0.22 DA-X3SR Remote relay board for use with AD-31 or AD-31LP with IL or ID60 series detectors 6 2.7 SA-31 Series 3 air duct housing with power supply for self-contained unit operation and with cover for Series 3 ionization detectors 3.15 SA-3P Series 3 air duct housing with power supply for self-contained unit operation and with cover for Series 3 photoelectric detectors 7 3.15 STA-2 Sampling Tube, for ducts 9" to 1 "9" 1 .45 STA-3 Sampling Tube, for ducts 1 "9" to 3"3" 2 .9 STA-6 Sampling Tube, for ducts 3 "3" to 6"3" 4 1.8 STA-10 Sampling Tube, for ducts 6"3" to 9"9". Sampling Tubes greater than 9"90, consult Cerberus Pyrotronics 6 3.7 RSW-1 Reset Switch 1 .45 DI-B3 Series 3 ionization detector 1 .45 DI-B3H Series 3 ionization detector (for altitudes of 3000-8000 ft.) 1 .45 PE-3 Series 3 photoelectric detector 1 .45 ILI-IB Series ILI ionization detector 1 .45 ILI-IBH Series ILI ionization detector (for altitudes of 3000-8000 ft.) 1 .45 ILP-1 Series ILP photoelectric detector 1 .45 TM-13 Sensitivity test module for Series 3 ionization detector 1 .45 TM-PE3 Sensitivity test module for Series 3 photoelectric detector 1 .45 TMP-3000 Sensitivity test module for PEZ-3 1 .45 TMC Sensitivity test module cable assembly 1 .45 Note: Minimum hardware required is one Air Duct Housing Assembly, one Sampling Tube and one Detector. NOTICE: The use of other than Cerberus Pyrotronics detectors and bases with Cerberus Pyrotronics equipment will be considered a misapplication of Cerberus Pyrotronics equipment and as such voids all warranties either expressed or implied in regard to loss, damage, liabilities and/or service problems. i CERBERUS PYRtpTRp111ICS Cerberus Pyrotronics 8 Ridgedale Avenue Cedar Knolls, NJ 07927 Tel: (973) 267-1300 FAX: (973) 397-7008 Website: www.cerbpyro cam 1/98 10M CPY-IG Printed in U.S.A. Cerberus Pyrotronics 50 East Pearce Street Richmond Hill, Ontario L4B, 1 B7 CN Tel: (905) 764-8384 FAX: (905) 731-9182 January 1998 Supersedes sheet dated 2/97 CERBERUS ��`' PYROTRONICS • • Air Duct Housings • • • • ENGINEER AND ARCHITECT SPECIFICATIONS Series IL, and Series 3 Ionization or Photoelectric Detectors Is Optional Relays for Supplementary Equipment Operation • Optional Control Module for Self-contained Operation (Series 3 Detectors Only) • Alarm LED Visible from Front • Clear Housing Cover for Quick Identification of Detector Type ® Listed, ULC Listed, NYMEA, FM, CSFM and City of Chicago Approved Introduction The Cerberus Pyrotronics air duct detector housings are designed to be used with Cerberus Pyrotronics Series IL, ID-60 and Series 3 ionization or photoelectric detectors. Designed for installation directly to heating, ventilating and air conditioning duct systems, they comply with National Fire Protection Association Standard No. 90A. When equipped with ionization or photoelectric detectors, these units will signal the presence of hazardous quantities of products of combustion or smoke being carried through the duct system. Air duct detectors are not intended to be substituted for open area detection. Air duct housings can be equipped with optional relays. These relays are utilized to operate any supplementary equipment when smoke or particles of combustion are detected. Note: Most control equipment including System 3 guaran- tees only one detector per zone is permitted when the detector operated relay function is critical. The connection of a remote lamp or a remote relay per detector is allowed, but not both. The XL3 control panel assures operation of all detector operated relays, therefore up to 30 detectors per circuit having relays for critical functions may be used. For the MXL control panel, up to 60 detectors per circuit having relays may be used. The connection of a remote lamp or a remote relay is allowed for each detector but not both. inteLINN SYSTEMS• SERVICES Air duct housings (see Ordering Information) are Under- writers Laboratories, Inc.listed. Description The Cerberus Pyrotronics air duct housing is uniquely designed to use the highly sensitive yet stable Series IL, ID-60 and Series 3 detectors. The sensitivity of Series 3 detectors can be checked in place under actual dynamic air flow conditions using a Cerberus Pyrotronics sensitivity test module. The sensitivity of Series IL detectors can be checked in place under actual dynamic conditions at the XL3 control panel, MXL control panel or IXL respectively or may be printed by command on the optional printer. The detector unit employs a cross -sectional sampling principle of operation. Inlet sampling tubes are available in four lengths (see table on reverse side). Outlet sampling tubes are one common length. A continuous cross - sectional sample of air moving through the duct is taken. This averages the effects of laminar flow, stratification or skin effect phenomena occurring in the duct that could prevent combustion product or smoke (especially in large ducts) from reaching a spot type detector. In addition, the unique design of the Cerberus Pyrotronics sampling chamber insures uniform sensitivity in air veloci- ties, ranging from a low of 300 feet per minute to as high as 4000 feet per minute. CATALOG NUMBER 6124 The inlet sampling tube length is determined by the width of the air duct being protected. The inlet tube nearest to but greater than the duct width should be used (see table). The inlet tube can then be trimmed at the job site to the exact width of the duct. The outlet sampling tube for all ducts, irrespective of width, has a fixed length of approxi- mately 3 inches (7.5 cm) and is supplied with the duct housing. When the use of a remote relay is required, a relay module DA-3SR for conventional systems or DA-X3SR for MXL or ICon-1 (IXL) systems is used to replace the existing terminal strip in the air duct housing wiring compartment. See installation diagram. Sampling Tube Selection Table Duct Width Sampling Tuba Model No. 9' to 1 V (21 cm to 51 cm) STA-2 17 to 37 (51 cm to 97.5 om) STA-3 37 to 67 (97.5 cm to 187.5 cm) STA-6 6'3'to 97 (187.5 cm to 292.5 cm) STA-10 Greater than 9'9' (292.5 cm) Consult Cerberus Pyrotronics Maintenance of the detector is easily accomplished by the removal of the Series 3/X3 duct housing sampling cham- ber cover. The detector, which plugs into the housing, is easily removed for cleaning by a trained technician. All that is necessary for the installation of the air duct detect- or is the cutting of three small holes for the sampling tube installation (template included) and the drilling of four holes for mounting the air duct housing. The unit is then easily mounted in place and connection made to the existing wires or terminals if optional accessories are utilized. Engineer and Architect Specifications The air duct housing for the fire detection system shall be a Cerberus Pyrotronics Series 3/X3 air duct housing. The air duct housing shall incorporate the use of one of the following detectors. Series IL Photoelectric Model ILP-1 Series IL Ionization Model ILI-1 B Series IL Ionization (High Altitude 3000-8000 ft.) Model ILI-1 BH Series 3 Ionization Model DI-133 Series 3 Ionization (High Altitude 3000-8000 ft.) Model DI-B3H Series 3 Photoelectric Model PE-3 Series ID-60 Ionization Model ID-6016 Series ID-60 Ionization (High Altitude 3000-8000 ft.) Model ID-601BH Series ID-60 Photoelectric Model ID-60P The air duct housing unit shall be designed for detection of combustion products and/or smoke in air conditioning and ventilation system ducts in compliance with NFPA Stan- dard 90A. The assembly shall consist of a housing to accommodate sampling tubes which extend into and across the duct of the ventilation system. While the fans are operating, a continuous cross -sectional sampling of air from the duct shall flow through the se- lected ionization or photoelectric detector, after which the sampled air shall be returned to the duct. Air handling equipment shall be shut down by a signal from the fire detection system control equipment. When the air duct housing incorporates the optional relay, the shut down of air handling devices may be accomplished by a signal directly from the detector. The air duct housing shall be available with a self-con- tained power supply so that it can function as a stand- alone unit if desired. The self-contained stand-alone unit will power and supervise two satellite units. The air duct housing shall utilize a plug-in detector head located in the air sampling chamber. The detector shall be either ionization or photoelectric. There shall be provisions to check the detector sensitivity in place under actual air flow conditions. The air duct housing shall be mounted directly outside of the air duct by means of four bolts (supplied). A template shall be provided for making necessary cut-outs and holes. Complete instructions shall be supplied with the unit. The air duct housing shall be a Cerberus Pyrotronics Model (See listing on back page) and shall be Underwriters Laboratories, Inc. Listed, specifically for use in air handling systems. Note to Architect., When building codes regulate the location of detectors within ventilating systems, make sure that the number and locations of detectors is in accor- dance with the code regulations. (The' X' Series and the PEC-3 detectors are obsolete as of 1/1/92. The IL Series are direct replacement for the ID-60 and ' X' Series and the PE-3 for the PEC-3.) Dimensions ie- cm a' 10.2 cm Tu 0 0 0 Doc1 • • • ElMr I ConnM How For Y.' coM h teo T, Skwl • • Installation Diagram Qfe DA-X3SR DA3 HOUSI SENSING COMPARTMENT \ COMPARTMENT DAJSR Typical Wiring Model A"I or AD-31LP 1.3k mall a<Fa-w SATELLITE (2 Max.) Typical Wiring for Self -Contained Unit and Satellite RFn Reset same RSW-1 InC r VAC1 0 fi0 IN:l 501 HIGH NEtJT J t�v RL-30 or RWO End or Line Dwim Model AD31 or AD31LP +� ZONE WIRES FROM CEROERUS PYROTRONICS INITIATING CIRCUIT A Model SA-31 or SA-3P TtMmal Dendon Typical Wiring for System 3, SXL, PXL OPTIONAL EQUIPMENT - LISTED REMOTE ALARM IMOICATOR MODEL Model AD31 or AD311_1) with DA3SR Relay Module 7 PENN 1 l� ALARM CONTACTS 125 VACrdO VDC, M NEUT 1 Power Sour I Far Caooled Ill Gait CimMaL w Foe AWm Control Paw Model AD31 or AD31LP with DA3SR Relay Module SEE NOTE. RELAY EQNRD 1 ra 1b s 5 d T e 9 10 It ALARM CONTACTS 125 VACDO VDC,1 — IN + TO NEXT DETECTOR OR EOL DEVICE 07/13/1998 16:35 7139520716 TEXAS CCNST. SYSTEMS PAGE 04 Building Insulation BID SUBMITTAL, Thermal Fira Size nom. _ product Application thickness resistance containment wvalue hours Speclllcationstds. Blowing Granuor ms_huon to be -applied Cy 38 Media ASTr,1 C76u. Type 1, Class A. wool pteumahcmaoMe_ 33 30 Uses: 26 .• Ce'iro areas end side -wan$ of new 22 cr retrofit residential and 19 cominereialstrumurs. To insure 13 p[Aormarce 311C to receive I spec:rred R•vyuot refer to beg label 7 fef thickness and tags per thousand Sq. It. 7 Regular Faced on ;ne side with strong 3" ! t fuli ASTN C665. T/pe 11 Class C - paper aspnalledvapor retarder tojoin 3%, 13 doct®sad i il:ng!:an;es: other Site encased 5v." :p blanket on a porpus krah paper. 6" 22 tCerelpaW, TX) Uses: ciiwng, 1(0dt;.•.vals. Sating port- 3.ed dr Ali semi.r,Cid 16 1,251.3 tar. ASTM C665, unacad Type Type and tatter^r insulation �� III, CIesa Ate . 414.1-tp.l 6B FOnm A. Class 1 user. ant! 2. Integral part of rite con !airment Other. spandrel system used with Aetro:ed iC P: y gSAg1F-a8•Srt and L•:a ear of e Curam Haan Insulation ioalallec ,n void of (loot stab edge 39-74•S;A. MEA•209.82. Containment gt,ng and:he spandrel panel. Also. is baseC or, ASTht F.11? hmdtemperatr. e fl'es!4 !or * 004"0rough' tine. telephone cables, conduit, pipe, an; dxt. Openings in floor slaps. C3 Fire alety for -Covered on vapor 3• 7 A$7-V C665, urfzceC ryce! a-s a,ea Tipp. Open sine. 3'y" ' 3 I::. Class A. blanket 51,- t9 Uses: 8.. 22 Cetin;s, r!dors, vans or residential a.ip commercial construction. where a low flame spread is repuired or :nsulatian will be exposed. ] Sound PaCeness semi-rtgld material which 1' 4.00 ASTfA C565, Type 1. n C attenuation imprcvq STC ratings. I7f' S.56 fire blanket 2' 7.41 ("her. Uses: 3" !'.00 ACC-'Cted N-y. City Oepl. Of 81dgs. MEA Residential and commercial stud *W-82M. Approved by the Board of S:as. Cava -es and ceilings. of Apa s :or tie in V.v. Ctry undr. calendar numbers: 02S•66-s". r173.77-SrA4 o243.74.SM. *34-61 ] FS-15 papeaess semi -rigid mat ?- AVM C665. Type 1. blanket 3•y., We: 3%" i7 Others: insulating ptsxtenorlurringand W" 19 Accepted r0.CitS'Qept.ol?1dgs S:EA .v3l! aasairi which vike steel 6' 22 #238-82,m Approved by 90ardet 5ds. s:udr, of A;Deals w use under ca:enpr nuTr.;ers (� 1 03!48-Sid. s:7347.Srd. w24>•7s-91.z v a34.66•Sim.. USG Interiors, Inc. 9 c 8510 Z97 E!L t SnVT2l3.IbPa V.)TIC^rc1w Idn) j 1 w*p`:- occ,_c, -- ,i: �, ,• '; ��� .. uT: j i J L I FLH. George and Associates, Inc. callmd" BVU= +9 June 25, 1998 City of Le Porte P.O. Box 1115 La Porte, TX 77572-1116 Attn: Tommy Scott Re: Lomax Elementary School, Electrical Service' RHG 808397008 I am writing In response to your concern about the electrical service capacity for Lomax Elementary School. Presently there Ia an existing 3000 mein lug only switchboard with a 12O0A main circuit breaker serving the existing dlstributkxt switchboard servicing the existing building. The peak load on the building per HUP Co. Is 670 KVA. In this scope of work we are removing roof mounted A/C units totaling 297 KVA and adding 2 chillers totaling 538 KVA to the existing 1200 Amp distribution section. The peak load plus 25% added to the new load Is equal to 959 KVA (1164 amps). Also Included in this scope of work, we are adding a second main rated at 1000A to the exlating 30O0A switchboard. The total connected load on this main equals 562 KVA (676 amps). The totel.00nnectad NEC load on the, building is 1521 KVA 0830 amps). The existing conductor pize to the main switchboard is 6 sate of 500KCMIL good for 1900A. If you have any questions, or should any additional information be required, please feel free to contact thia office. Sincerely, R. H. GEORGE AND ASSOCIATES, INC. Mel/KtKa [Im_a-n-s, Executive Vice- President MK/rs cc: Mark Miesch, Dal -Man Construction Lee Sims, RHG Danny Whim , RHG ouoma,mmwrdmi�.d U100 am"a sum 150 ►beatoq Tina 770ia 71241111i70a IFS WOe0t0 ZO'd W:OT 86. 9Z unr 0£0606%TZ:xed 30SW CM 39SM WH J R.H. GEORGE RW HSSOC Fax:7136909030 Jun 25 198 12:52 P.02 I�( :,>:.1:—.ia•.iK:a+a?apalp:V':,yl.n.:.v,�u!,�(�iYj.v+IC�'•. .--Y .. - .. ... .. , a can..... June 25, 1998 City of La Porte P.O. Box ills La Porte, TX 77572-1116 Attyr: Tommy Scott R.H. Georg® and Associates, Inc. I /Arl�Doll • Rw Lomax Elementary School, Electrical Service 'RHO 008307008 I am writing in response to your concern about the electrical service capacity for Lomax -Elementary School. Presently there is an existing 3000 main lug only awkddx and with a 120OA main circuit breaker serving the existing distribution switchboard sarvking the existbW btdldbV. The peak, bad on the building per HL&P Co. Is 570 KVA. In this scope of work we are removing roof madded A/C units totefing 297 KVA and adding 2 chillers totaft S36 KVA to the mdatkrg 1200 Amp disttbtrdon section. The peak bad plus 2696 addled to the new load I, equal to 959 KVA 0154 amps). Also irroktdsd in this scope of work, we am addng a second main rand at tOOOA to the existing 3000A switchboard. The total connected load on this main equal, 582 KVA (876 amps). The total connected NEC kind on the building Is 1521 KVA (1830 amps). The mdstlng conductor size to the main swiritchbowd is 6 seta of 500KCMIL good fey 1900A. if you have any questions, or should any additional brformation be regndred, places feel free to contact this office. Sincerely, 'R. H. GEORGEEiAND ASSOCIATES, INC. Daniel K. Stephens Elaotrical Designer DKSft ea Mark ii liasah, OaWsa Construction Lee Sims, RHO Danny Winters, RHO anwm�mau�aw.,mua R EL George and Associates, Inc. JAamlama4 Stm ISO ao=twh Tem 77040 7116904M IV= 7046904M FAX COVER SHEET FAX NUMBER TRANSMITTED TO: 281471-7168 TO: Tommy 9co t COMPANY: City of La Porto - bspmlion Dept FROM: Mel Kehnans PROJECT NAME. Lomax FJ®cormy School, ElcWncal Sam= RHO PROJECT #: 08397009 DATE: Jame 26,1998 ORIGINAL WILL BE SENT o ORIGINAL WELL NOT BE SENT o COPIES TO: Mark Mimab, Dal - Mac Conehoetlon Lee Sims, Da=y Winne -RHG • DMWMO OOVER SET. IF YOU DO NOT RECEIVE ALL PAGES, PLEASE TELEPHONE US 126=1ATELY AT M-690.6300. Lomax Elementary School LaPort, Texas Sequence of Operation Activation of any manual pull station, automatic smoke detector, automatic heat detector, or air duct smoke detector shall cause the following events, actions and indications: Display a custom message describing the device originating the alarm condition at the MXL-IQ control panel. 2. Sound an alert tone at the fire alarm control panel. 3. Activate all horns until silenced at the fire alarm control panel. 4. Activate all strobe lights. 5. Activate the common alarm relay on the main board for transmission of the alarm signal to an off -site central station. This shall remain activated until the alarm condition has been restored and the panel reset. 6. Activate relays to shut down all mechanical equipment for air movement, . close door that are electrically held open, and flash the exit lights. Operation of any sprinkler tamper switch shall cause the following events, action, and indications: Display a custom message describing the device originating the supervisory condition at the MXL-IQ control panel. 2. Sound an alert tone at the fire alarm control panel. Any system trouble shall cause the following indications: Display a custom message describing the type of trouble at the MXL-IQ control panel. 2. Activate the common trouble relay on the main board. This relay shall remain activated until the trouble condition has been restored and the panel reset. Page is too large to OCR. 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