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MEC-15-0011 PermitEn'Y OF(IDGEFIELD 301 N. 3rd.Ave., e O. (Bo)c 608 *#fgefieff, 'WA 98642 (Phone (360) 887-8610 *aX, (360) 887-2507 www.ci.ridgefield.wa.us CORRECTION NOTICE Address /'71: r . Permit# /» '- File# Owner/Contractor I have this day inspected the building construction at the above address and have found the following violation(s) ofthe City Building Code and/or State Laws governing the same: Post: El Approved Plans D Plot Plans El Permit D Truss Drawings No Test: El System Drain El Water El Gas Someone required at inspection El Yes [1 No House Locked El Yes El No Ailf) =MA -1- 2 /- , , l7/+f) '31 - r> * r r )1 Inspector LEAVE POSTED AT JOB SITE Call for Inspection (360) 887-8610 - Fax (360) 887-2507 . 1 4 . .7 Date - 55 4 Ci n 01 --*YGEFIELIfi Project Information Permit Type Site Address Mechanical - Residential 121 N MAIN AVE Project Description HEATING AND COOLING SYSTEM Names Associated with this Project Type Name Applicant Custom Sheet Metal Owner Mrs Development Llc Contractor Contractor Custom Sheet Metal Heating/Cooling Custom Sheet Metal Heating/Cooling Contact Mechanical - Residential 230 Pioneer Street P.O. Box 608 Ridgefield, WA 98462 Phone: (360) 887-8610 FAX: (360) 887-2507 www.ci.ridgefield.wa.us Phone # 360-789-7320 Permit # Project Name Parcel # License Type MEC-15-0011 HEATING AND COOLING SYSTEM 068022000 License # RIDGEFIELD BUS LlC 6869 WA ST CONTRACTOR CUSTOSM968CO Fixtures 1 - Gas Piping System 1-5 outlets 1 - Gas Piping System 1-5 outlets 1 - Evaporative Cooler/Cooling Unit/Heat Pump Exp Date 03/31/2016 05/17/2015 This permit becomes null and void if work or construction is not commenced within 180 days, or construction is suspended or abandoned for 180 days at any time after work is commenced. I hereby certify that I have examined this application and know the same to be true and correct. All provisions of laws and ordinance governing this type of work will be compiled with whether specified herein or not. The granting of a permit does not presume to give authority to violate or cancel the provisions of any other state or local law regulating construction or performance of construction. Print Name Signature Er ,(0£.4- Ste#- Date 3 4 7 -026£5 Date Issued: 03/19/2015 Issued By: Date Expires: 09/15/2015 -/.1 1/'OF(BIDGEFIE]31 Project information Permit Type Site Address Mechanical - Residential 121 N MAIN AVE Project Description HEATING AND COOLING SYSTEM Fee Information Project Valuation Mechanical Permit-Mechanical Permit Only Plumbing Permit-Building Permit Only Total Fees Paid Mechanical - Residential 230 Pioneer Street P.O. Box 608 Ridgefield, WA 98462 Phone: (360) 887-8610 FAX: (360) 887-2507 www.ci.ridgefield.wa.us $52.35 $6.15 $58.50 Permit # Project Name Parcel # Project Details MEC-15-0011 HEATING AND COOLING SYSTEM 068022000 This permit becomes null and void if work or construction is not commenced within 180 days, or construction is suspended or abandoned for 180 days at any time after work is commenced. I hereby certify that I have examined this application and know the same to be true and correct. All provisions of laws and ordinance governing this type of work will be compiled with whether specified herein or not. The granting of a permit does not presume to give authority to violate or cancel the provisions of any other state or local law regulating construction or performance of construction. Print Name Signature Date Date Issued: 03/19/2015 Issued By: Date Expires: 09/15/2015 1 CITY OF RIDGEFIELD/5-triA City Hall City of Ridgefield Community Development /26·89*92**el 230 Pioneer Street - Ridgefield, WA 98642Y-iff-IF.1.11 Fax: (360) 887-0861 Tel: (360) 887-3557 v/m/.ci.ridqefield.wa.us fne-c-,97<1Oil CONSTRUCTION PERMIT APPLICATION APPLICATION INFORMATION AS APPLICABLE OWNER(S Check box if Contact CONTRACTOR:Check box if C.orltact NAME:/1 L /3 e Ve_ 1 6 0 u e*f -, LL c«NAME:(jx.£ 5 1-5 8 .3 11 et«1* AA tr- 4 VADDRESS: 0 /60 % & L/' S ADDRESS: 20 86'K 231- (CITY, STATE, ZIP) A) R /6 6/1 /J /9 , l,JA @S,,EI (CITY, STATE, zIP) 01 #1 le£ , t.,A 1 85.C' (£,PHONE: 25 6 -= 2- 6 5 < 2- / 75-PHONE: 34 0 - 78<1 - 73 '2<0 APPLICANT:Check box if Contact NAME: ADDRESS: (CITY, STATE, ZIP) PHONE: CERTIFIED EROSION CONTROL PERSON: DESCRIPTION OF WORK: CONTRACTORS 1.ICEISE#:CNITOS/Wi;Al. i"- EXP DATE: 5 / 1 il 2.-0 iS CITY BUSINESS LICENSE#: EXP DATE: PROPERTY INFORMATION (REQUIRED) SITE ADDRESS: 12-1 14, M AiN Al/F ASSESSORE MAP & TAX LOT #: 0 '2-2- 000 PERMITTYPE: APPLICATION TYPE: o BUILDING o RESIDENTIAL o COMMERCIAL VALUE OF PROPOSED WORK $70, 000 TYPE(S) OF CONSTRUCTION: 466*Q-Il- A, cl Cto h,7 2)6=-R],H UTILITIES: TYPE OF HEAT o Public Water/Meter Size : o Electric VGas SUBDIVISION & LOT: ZONING DISTRICT: o PLUMBING VIECHANICAL o NEW o ADDITION o REMODEL o OTHER o NEW o ADDITION o TENANT IMPROVEMENT VALUE OF EXISTING BUILDING $ OCCUPANCY USE(S): TYPE: TYPE:_ TYPE: .SQFT .SQFT .SQFT o Private Well c/Public Sewer o Septic System o Other H:\COMMUNITY DEVELOPMENT\FORMS & TEMPLATES\APPLICATIONS\RIDGEFIELD REVISED APPLICATIONS\CONSTRUCTION PERMIT.doc 06/14/2007 . P. f INDICATE IN SQUARE FOOTAGE PROPOSED FLOOR AREA: FINISHED SQ. FT. UNFINISHED DECKS/COVT. PATIO SQ.FT. GARAGE NUMBER OF BATHROOMS Bath Tub Lavatory Shower Water Closet Kitchen Sink Service Sink Grease Trap Wash Tray Urinal Bump Pump Trailer Trap Fountain Drain Furnace > 100Ok BTU SQ.FT. SQ.FT. EXISTING PROPOSED PLUMBING FIXTURE COUNT (indicate number of each): Dishwasher Water Softener Auto Washer Elec. Water Hir. Lawn Sprinkler Alter Water Alter Waste Relay Sewer Car Wash Sump Bar Sink Glass Washer Water Connection Ice Machine Glass Fill St. Gas Pipe System Gas Water Heater Swimming Pool Coffee Maker Drinking Fount. Dental Lav. Floor Drain Floor Sink Aspirator Other Area Drain Roof Drain Refrig. Drain Proc. Equip. Drain Sewer Conn. Septic Tank Dry Well Drin Field Garb. Disp. Unit Dental Chair X-ray Tank TOTAL MECHANICAL FIXTURE COUNT (Indicate number of each): Furnace < 100Ok BTU Cooling unit Hood w/mech. exhaust Gas Piping Conversion Brner Heater Vent no appl. Vent Fan w/duct Comm. Incin. Boiler or Coinpr, < 3hp Boilr.or Comp. 3-15hp Boilr.or Comp.15-30hp Boilr. or Compr. >50hp Other SQ.FT. SQ.FT. Air Hand.<10,000CFM Air Hand.>10,000CFM Evap. Cooler Ventilation System TOTAL By affixing my signature hereto, I certify under penalty of perjury that the information furnished herein is true and correct to the best of my knowledge and that I am the owner of the premises where the work is to be performed or am acting as the owner's authorized agent. I further agree to hold harmless the City as to any claim (including costs, expenses and attorney's fees incurred in investigation of such claim) which may be made by any person, including the undersigned, an filed against the City, but only where such claim arises out of the reliance of the City, including its officers and employees, upon the accuracy of the information provided to the City as a part of this application. The building official may, in writing, suspend or revoke a permit issued under thc provisions of this code whenever a permit is issued in error or on the basis of incorrect information supplied, or in violation of any ordinance or regulation or any of the provisions of this code. Signature of Owner/Authorized Agent CONSTRUCTION PERMIT 1 1 Ls J li Page 2 Date 06/14/2007 <RjiYGE FIELD, Receipt Date: « »02/27/2015,** Receipt Number: 0& iCash,lor:/ 1.REGAN *,SS,jiPaver/Payee Name: : CUSTOM SHEET METAL.3 '#.MI=*>'t'/ 4 1 MEC-15-0011 068022000 Plumbing Permit-Building Permit Only $6.15 $6.15 $0.00 MEC-15-0011 068022000 Mechanical Permit-Mechanical Permit $52.35 $52.35 $0.00 Total:$58.50 'S,« 3 ««'E**fr 1]Receipt # 'Receipt Date «j**SSS{jj»St Fee Description s„4.3.i*-4,,4***SS'fAmoun Pa»id««< Permit'#4a *ayment -8**5*F Cfteck»%5*Sivil.41I/*,&IPaymentl10N"*bi*» j»f Amounh{'IMethod ff»«* Number . CREDIT CARD N/A $58.50 Total:$58.50 genpmtrreceipts Page 1 of 1 REQUEST FOR COMMENTS City of Ridgefield, Washington( r GE' fEED RC ITED TO: DI E: AF LICANT: PIA )POSED ACTION: BUILDING 03/02/2015 Custom Sheet Metal 1910 E 4th Ave Olympia, WA HEATING AND COOLING SYSTEM PR(UE LT LOCATION: 121 N MAIN AVE FIL NUMBER: EN :LCSURES: MEC-15-0011 AGENT: Permit Application, City of Ridgefield Business License, Current copy of contractors license, Notification of Permit ready to issue, Mechanical Worksheet Pie: se ioviev, the attached application and supporting documentation and RETURN THIS FORM with your cor imopts, including the applicable regulations, to this office by 03/16/2015. If you have any que: tioi s, pf:ase call Jim Perry, Building Official at (360) 887-8610. Circ e w iether your review comments are permit conditions. If your comments/conditions are atta tied, please indicate by checking the box below. CO lM ENTS /CONDITIONS: PR( JECT: COM 'LEl ED BY: genpmtrt ,mn entrcq Reviewer E APPROVED E MEMO ATTACHED Lj APPROVED AS NOTED 6 NOT APPROVED Title Date: APPROVED MAR 0 5 295 Cjty of Ridgelield Bili®fig Department 2500 AND 2600 SERIES INSTALLATION INSTRUCTIONS INSPECTION 1. Inspect for shipping damage. 2. Check both size and model are correct for the Installation. 3. Confirm the proper orientation, as stated on damper label, prior to finalizing installation. 4. Inspect for obstructions which could Interfere with free operation and complete closure. 5. After installation manually verify proper operation. INSTALLATION The Intent of a proper Installation is to secure the fire damper in, not to, the opening in such a manner as to prevent distortion or disruption of the damper operation by allowing the fire damper to expand and the connecting duct to separate in the event of the collapse of the hanging system. The fire damper must be positioned within the fire partition. ACCESS Access must be provided for damper Inspection and servicing. Where it is not possible to achieve sufficient size access, it will be necessary to install a removable section of duct. DAMPER TO SLEEVE ATTACHMENT A sleeve shall be used of sufficient length to permit direct attachment of perimeter mounting angles. If the sleeve is not factory supplied, It must be attached on bolh sides of the damper by one of the following methods: a. M' dia. bolts and nuts b. b. W' long welds c. #10 sheet metal d. 3/16"steel pop rivets screws Fasteners shall be 6' maximum on center and F maximum from corners. Fasteners cannot be placed where they will interfere with damper operation. Gaps between the damper and Its sleeve must be small enough to prohibit the passage of a 1/8' diameter rod through the entire depth of the gap. MOUNTING ANGLES 1. Secure angles to the sleeve and not to the fire partition. 2. Mounting angles must fully frame the sleeve on both sides of the fire partition. 3, When reverse mounting angles are used the size of the opening must be increased to maintain the expansion clearance between the fasteners and the opening. 4. Angles shall bea minimum of 1A x 1* x 16 Ga. On dampers 36 x 50 and less and a minimum of 1 14 x 11,5 x 14 Ga. over 36 x 60. 5. Fasten angles to the sleeve using A" dia. bolts and nuts, or by spot or 14" tack welds, or with #8 or #10 steel sheet metal screws, or with 3/16' steel rivets. Fasteners or weld beads shall be 8" maximum on centers. HOemA11%GR MANUFACTURING Qualily Registers,Grilles and Diffusers Since 1947 FIELD ASSEMBLED SLEEVES Field assembled sleeves shall be the same gauge or heavier than the duet to which it is attached. For C, CR, & CO type dampers sleeves must be minimum 18 gauge. For all others refer to SMACNA recommended sleeve thicknesses. DUCT CONNECTIONS 1. The installation of the damper and all duct connections to the damper sleeve shall conform to NFPA-90A and the SMACNA Fire, Smoke and Radiation Damper Installation Guide, and UL555. 2. Connecting ducts shall not be continuous but shall terminate at the damper sleeve. 3. Duct connections to the sleeve can be any of the following breakaway types listed below. Joints shown below are permitted to have no more than two No.10 diameter sheet metal screws on both sides and the bottom (6 screws) located in the center of the slip pocket and penetrating both sides of the slip pocket. When the joints shown below are used on the top and bottom of horizontal ducts, flat slips (shown here), not exceeding 20 Inches in length, may be used on the sides. All connections not listed as breakaway shall be considered as rigid, 4. For rigid TDC or TDF type connections follow the manufacturer's instructions for connection. For rigid type duct connections, sleeve shall be a minimum of 16 GA on dampers not exceeding 36' wide or 24" high or 24" diameter and 14 Ga. on larger units. 5. Duct connections for round or oval duct where the diameter (largest dimension for an oval) is less than 22 inches. three equally spaced #10 sheet metal screws may be used. From 22 to 36 inch diameter connections, five equally spaced #10 sheet metal screws may be used. CLEARANCE The opening in the fire penetration for the damper assembly shall be sized to provide clearance of not less than 1/8" per foot of width on the top and bottom and 1/8" per foot of height on the sides. A minimum gap of 1/8" per side shall be maintained on sizes under 12'. See note 3 of Mounting Angles above regarding increased clearance. fY)€C- 1 S--00 1 1 5-- PLAIN 'S" SLIP r DOUBLE "S" SLIP r STANDING "S" SLIP STANDING "S" SLIP (BAR REINFORCE[)) CAULKING AND SEALINQ 1. DO NOT USE INTUMESCENT CAULKON OR AROUND FIRE DAMPERS. 2. No seallng or caulking is required for approved fire damper installation. 3. Mounting angles should not be caulked or sealed to the fire penetration. if required by the local authority, contact Shoemaker Manufacturing customer service (509) 674-4414 or sm@shoemakermfg.com. 4. No caulking, packing, or Insulation Is allowed between the damper sleeve and the opening. Soo note 5 on mountine jituhment .. Min r ovo,I,p Al tide, &<O,non / L- 50*notlion·/ C <1*Imto Soe duct connection not*$ INSIDE SLIP JOINT 3 STANDING "S" SLIP (ANGLE REINFORCED) if- . - 16' MAx with In,t,Iled a«*6, door Vertical Installation Shoemaker Manufacturing Company 104 N Montgomery Ave. Cle Elum, WA98922 S HENMED %» SLIP J.... 1 C# STANDING "S" (ALT.) MAINTENANCE Dampers shall be maintained In intervals as stated in NFPA-90A, Appendix B, unless local codes require more frequent inspections. Check the fuse link, check the stainless steel closure springs where furnished, cycle damper and check for free operation and complete closure, clean with mild detergent or solvent, secure damper open with fusible link. Horizontal Installation 4 r INSTALLATION INSTRUCTIONS IN CONFORMANCE TO<1 UNDERWRITERS LABORATORIES REQUIREMENTS www.shoemakermfg.com 1** not• ; *n Ir.Ountlne anch, e pan type . . Alternate Types Tel'.(509) 674-4414 Toll-Free: (866) 940-0696 Fax: (509) 674-4420 Email: sm@shoemakermfa.com 8, 2/202015 • GMail 4·£*& VAIL Fwd: Energy code stuff Gmail - Fwd: Energy code stuff vickharborre@aol.com <vickharborre@aol.com> To: project360construction@gmail.com, kvick6466@gmail.com Trevor, Here you go. fned- 1 s-r-ocA I Kurt Vick <kvick6466@gmail.com> ----Original Message---- From: vickharborre <vickharborre@aol.com> To: project360construction <project360construction@gmail.com>; custom_sheet_metal <custom_s heet_metal@comcast. net> Sent: Thu, Dec 18, 2014 7:51 am Subject: Fwd: Energy code stuff Brian, Thu, Jan 22, 2015 at 7:49 AM Attached is the Washington State Energy Code Compliance worksheet used at permitting. Note, the spreadsheet has multiple worksheets to open. Trevor, I think this is what Jim was asking about. This was submitted with our building permit application. Kurt ----Original Message---- From: Bruce Gustafson <bruce@enginuitysys.com> To: vickharborre <vickharborre@aol.com> Sent: Tue, Sep 17, 2013 3:16 pm Subject: RE: Energy code stuff Kurt: We added 6" attic blow-in insulation. You'll probably need to show this on the drawings. Here is the completed calc. The folks at the building department preferred to see the components calc, and this is what we have. The envelope does comply. Bruce From: vickharborre@aol.com [mailto:vickharborre@aol.com] Sent: Tuesday, September 17, 2013 12:46 PM To: Bruce Gustafson Subject: Re: Energy code stuff We will add to the attic if necessary... do you need anything from me on this? Sent from my Verizon Wireless 4G LTE DROID https://mail.google.com/mail/u/1/?ui=2&ik=8294eBblc5&view=pt&search=inbox&msg=14b125586dd8359d&siml=14b125586ddBa59d 1/3 2/20.2015 + Bruce Gustafson <bruce@enginuitysys.com> wrote: Kurt: Gmail -Fwd: Energy code stuff The required floor insulation is R-34+. You have less than R-30 when all is said and done. The window U is close (U of .3 required), but the solar heat gain coefficient is too high for glazing. The criteria is in the chart below (from the code). We did the calculation, and could not make the thing work, but it is close. You can probably make the "U" value work with a really small adjustment. Add a little bit to the floor or attic insulation, for example. Table C402.3 Building Envelope Requirements CLIMATE ZONE 5 AND MARINE 4 U-factor Nonmetal framing (all)a Metal framing (fixed)b Metal framing (operable)c Metal framing (entrance doors)d SHGC SHGC U-factor SHGC Vertical Fenestration 0.30 0.38 0.40 0.60 0.40 Skylights 0.50 0.35 From: vickharborre@aol.com [mailto:vickharborre@aol.com] Sent: Tuesday, September 17, 2013 7:23 AM To: Bruce Gustafson Subject: Re: Energy code stuff Bruce, Windows: U Value: 0.31 Solar Heat gain coefficient: 0.71 Doors: U Value: 0.49 ---Original Message--- From: Bruce Gustafson <bruce@enginuitysys.com> Fenestration 6 0.30 0.36 0.40 0.60 0.40 0.50 0.35 https://mail.google.com/mail/u/1/?ui=2&ik=8294e6blc5&view=pt&search=inbox&msg=14b1255636dd8259d&siml= 14b1255aBdd8a59d 23 2/20/2015 To: vickharborre <vickharborre@aol.com> Sent: Mon, Sep 16, 2013 8:47 am Subject: RE: Energy code stuff Gmail - Fwd: Energy code stuff "U" values, and in the case of glazing, solar heat gain coefficients. From: vickharborre@aol.com [mailto:vickharborre@aol.com] Sent: Monday, September 16, 2013 8:45 AM To: Bruce Gustafson Subject: Re: Energy code stuff Bruce, Sorry for the delay. What information do you need on doors and windows...U values? ---Original Message---- From: Bruce Gustafson <bruce@enginuitysys.com> To: vickharborre <vickharborre@aol.com> Sent: Thu, Sep 5, 2013 3:56 pm Subject: Energy code stuff Kurt: We won't be able to finish this, we'll need information on doors and glazing that is not found on the drawings. Also, your architect will probably need to go through this checklist and make sure everything they want is on his plans. Bruce ENV12-vla.xls819K https://mail.google.com/mail/u/1/?ui=2&ik=a294e6blc5&view=pt&search=inbox&msg=14b125586ddBa59d&sim 1-14b1255aBdd8a59d 313 TRANSMITTAL LETTER AIA DOCUMENT G810 PROIECT:5/¥)*41 A W(name, address) 1 -2-1 N HAIW 4-ve V R.1 tile A 2.14 /k ATO: 9 7449 7 ATTN: L 75«/r -1 WE TRANSMIT: ( ukherewith ( )under separate cover via C ) in accordance with your request FOR YOUR: C ) approval C ) distrililitic)11 to lialties C ) rgvir?w & comment C ) iecord (LAse I J THE FOLLOWING: C ) Drawings ( )Shop Drawing Prints ( ) Specifica(ions C ) Shop Drawing Reproducibles ( ) Change Order COPIES DATE jabl /1 /5 I/ RE'/. NO. id' C ) il,41'tiiali" ARCHITECT'S OWBOPROIECT NO: DAT JO, n /1 2.oir If enclosures are not as noted. please inform us immediately. If checked below, please: C ) Acknowledge receipt of enclosures. ( ) Return enclosures to us. C ) Samples (vr'Product Literature DESCRIPTION .I hr 4-i-fB 01556,414 U L -L-5/2- al le,ntil»e_ -lo abo eg Y 1/36 501 /-1'tr agen,6/9 ACTION A. Action indicated on ilem tronsmitted CODE 8. No action required C. For signature and return to this office REMARKS .COPIES TO:(with enclosures) 0 [3 0 13 AIA 1)OCUMINT (;all ·IRANS,MIHAL It IliK 'APHII I')7(1 11)111()N lilr,\MIRIC,\NIN'Ullitir (11,\1:('11111(-1. 17115 .U,\0;.·\(11, flrlic,\\IN, ir. ACTION COOE D.For signature and forwarding as noted below under REMARKS E. See REMARKS below BY G. 5 lil)91/- ' AIA' ' ' CE)1'YRIGHT 1'370 N.\V., \VArt 'ING!()N, 1),r 201)36 FYI 6< 4 9 - 001 J ONE PAGE S=. f K Certifying Agencies GA = Gypsum Association NER = National Evaluation Service Report PFS = PFS Corporation UL = Underwriters Laboratory WH = Warnock Hersey International, Ltd. 1 Category 44 .S ry i Floor or Roof with insulation Floor or Roof suspended ceiling system Floor or Roof Illustration r-R D ao ../...111; %* t_P5161£-M AN , .iwe555Mfe€lf ---fer>q- ! i!! !; F-- ---4-19 rrk:# '' r1 1%11 Ct 11 X.<1 H : i '.. H 11,<4 1 1 # {1 114\\IiIt ful det · 11 ix. 1 -t-0--$.--f .. r----7 _a IR] jr i! Symbols = = Wood blocking at gypsum board joints L_1 = FR-Quik Channel SetsTM by Alpine Engineered Products -w = Furring channel - = Resilient channel C = TrusGard Protective Channelw by Truswal Systems AM = insulation (see full report for installation details) - Construction 24' oc, min 15' depth flat, min 19-1/2' depth 3/12" min pitched FR-Quik Channel SetsTM 1 layer 5/8" Type C gypsum Sheathing min 15/32" Nominal 2x3, 24" oc, min 10" depth Truswal metal truss plates 1 layer 5/8" Type X gypsum Sheathing min 3/4" Nominal 2x3 24" oc, min 10" depth Truswal metal truss plates Fire rated suspended ceiling min 7-1/2" below truss Sheathing min 3/4" 24" oc, min 12' depth 2 layers 1/2" Type X gypsum Sheathing min 15/32" 24" oc, min 12" depth 2 layers 1/2" Type C gypsum Sheathing min 23/32' 24' oc, min 12" depth Furring channel 24" oc, alt resilient channel 16" oc 1 layer 5/8" proprietary Type X gypsum Sheathing min 3/4" 24" oc, min 12" depth Furring channel 24" oc, alt resilient channel 16" oc 1 layer 5/8" Type C gypsum Sheathing min 23/32" 24' oc, min 14-1/4' depth Wood blocking secured with metal clips 1 layer 5/8" proprietary Type X gypsum Sheathing min 23/32" Nnminal 2xR, 24' nc, min 16" depth FR-Quik Channel SetsTM 1 layer 5/8" proprietary Type X gypsum Sheathing min 23/32' Report Number FR-SYSTEM 4™ NER-392,1991 WH TSC/FCA 45 - 02 WH TSC/FCA 45 - 04 GA - FC5512 UL-L542 / GA-FC5515 GA - FC5516 UL-L528 UL-L534 GA - FC5517, TPI/WTCA FC-392 PFS 86 -10 (Report Available) NER - 392 WTCA FR-SYSTEM 1 TM , 8/26/13 Roof Systems, Fire Rated Roofs, Roof Construction Details I USG Design Studio Roof Selector Results Home > Roof/Ceilings > Search Results Your query returned 1 results. * Search Again Filter these results: Framing: 1 Wood Open Web Truss v Fire Rating:[E£El Insulation:0 Yes ® No E.i.Tdiv. UL Type Designations Image Fire Test No. UL Des P531 or GA-RC-2604 i. ·.1 -Irt View Printaue Page REVIT I CAD Rating (Hours) 1 System Thickness www.usgdesignstudio.conVroof[)esign.asp?fFraming=5&fRating=0.0&flnsulation=False&*=63&Y=15 Description roof system over 15/32" ptywood ; optional glass fiber insulation batts and blankets or loose fill materials pitch or parallel chord wood truss @ 24" o.c. max metal furring channels or equivalent (USGDGL Drywall Suspension System) 5/8" Sheetrock® Brand Frecode® C Core Gypsum Panels 16/ 1/1 FIRE AND SMOKE PROTECTION FEATURES TABLE 720.1(3)-continuedMINIMUM PROTECTION FOR FLOOR AND ROOF SYSTEMS'·q CEILING CONSTRUCTION Bar layer '4" T> re X gypwm wallbogd applied:it ,·igli[ :itiyle. li, ic,iv (,r trus. 24" ,).c. with 1 94"Type N or T> pe W drywa|| <CreW. 24" o.c. Facekner 7;" 1->pc N g>p.titi waHboard or ierieerh.i.c.11,pliell .it right .ingles tojoist cir truIlit-i,tigh b:i.e 1.1>er nith 1 4" Type S or T>pe W4, wall .U-eu $ 12"o.c. at jc)int>, and intermedia[eic,i>t „r tru:.. F.ice layer Type G drywall \Crewhplaced 2" huck on either vide of face layer endjoi,it>i. 12" o.c. r k FLOOR OR ROOF ITEMCONSTRUCTIONNUMBER (cominled) 20. Slab reinforced witli me>h consisting of ().042" INo. 19 B,w. gage) galvanized steel wire twisted together to tomi 2" hexagons with straight 0.065" (No. 16 B.W. gage) galvanized steel wire u·oven 20-1.1 Noneinto mesh and spaced 3". Alternate dab reinforcenient shall be permitted to ,-c}it>,ixt lit 4 x 8". 0.109/().338" (No. 12/41 :ag) veIedwn-etric. 01.1*0.083/0.083" c No. 14/14 B.W. A or B roof corerin£ on top.21. Wood joist,. wood 1-ioists. Afloor trusses.ind Ila[ or pitched root [russes spaced a iii.axitiintiij24" o.c. with 9." wi,ud LE.....1I structural panels with exterior glue applied al right .ingle>. ic, 21 -1.1\top ofjoist or top chord 01i trusses with 8d nail. The wi)(,d structural panel thickne> hall- not be less than nominal '/:" i nor less than required by Chapter 23, 22. Steel joists. floor trussesf and tlat or pitched roof truxse.spaced a maximum 24" o.c. with 1/." wood structural panelsr with exterior glue applied atright angles to top of joist ort- top chord of trusses with No. 8 - screws. The wood structurill if::- Panel thickness shall nc,t be |essgz - than nominal '/-" nor less than*re -reuiredb Chapter 23.St- 23. Wood 1-joist (minimum*f- joist depth 994" with a*Ezz minimum flange depth of 15/16*5 and a minimum flange crossft sectional area of 2.3 square*i inches) at 24" o.c. spacing with*};* 1 inch by 4 inch (nominal)**t wood furring strip spacerIA! applied parallel to and ct,vering,*E the bottom of the bottom 11,inge*ij of each member, lacked in3:*·* place. 2" mineral wool' insulation. 3.5 pef (nomi„:d)»*i imialled adjacent to the bottom5€ 9ange of the I-joist and*f' uoned by the I"x 4" ==kilsl. er. B:,09 1:iyer 54" Type X gypsum board applied .Iiright angle. ti) freel training 24" on center with I"Type S drywall Krews jpaced 24" on center. Face ,la>er '4" Type X gypfinn board applied at righzangles lo steel framing attached through bae22-1.1 layer with 134"Type S drywall xcrews 12"oncenter al end joints und intermediate joints and1 1/1" Type G drvwall screws 12 inches on centerplaced 2"back on either side of face layer endjoints. Joints ot the face layer are offset 24" frt)mthe joints of the base layer. '4" deep single leg resilient channel 16" fin center(channels doubled at wallboard end joints). pl;ice,lperpendicular to the fun'ing strip andjoist andi attached to each joist by 17/x" Type S drywall 23-1.1 ;screws. '/x" Type C gypsum wallboard appliedperpendicular to the channel with end jointsstaggered at least 4' and fastened with 1 '/x" Typei S drywall screws spaced 7" on center. Wallb,>ard i joints to be taped and covered with jointc<impound. (continued) THICKNESS OF FLOOR OR MINIMUM THICKNESSROOF SLAB OF CEILING _Onchps) _ _(inches)_ _ ___4 3 2 14321hour hour hour hour hour hour hour hour Varies V.trie'A--- 1 '/4 Varies - - -'94 Varies 54 iT · 'f USG 40 DESIGN STUDIO "44 "' 444 :=3* 111 < 16" UL U379 Exterior Walls -Wood Stud (Loadbearing) Fire Rating System Thickness Petailed Descrit,tion Quick Descrintion :11 .• -t· /4 16" , lij 1 Gypsum Board - 5/8 in. thick gypsum board applied vertically or horizontally. • SHEETROCK Brand UltraLight Firecode X Gypsum Panels • SHEETROCK Brand Mold Tough FIRECODE Core (Type)0 • SHEETROCK Brand FIRECODE Core (Tvge)0 -5/8" • SHEETROCK Brand Mold Tough VHI Firecode Core Gvosum Panels - 5/8" • SHEETROCK® Abuse-Resistant FIRECODE® Core Gypsum Panels - 5/8" • SHEETROCK Brand Mold Touah AR FIRECODE Core (T¥De X) - 5/8" • SHEETROCK® Abuse-Resistant FIRECODE® C Core Gvpsum Panels - 5/8" • FIBEROCK Brand Abuse-Resistant Interior Panels • FIBEROCK® Aqua-Tough™ Tile Backerboard Panels • FIBEROCK Brand Aqua-Tough Tile Backerboard Panels 1 hour 6-3/4" • IMPERIAL Brand GyDSUm Base. FIRECODE Core - 5/8" Wood Studs - Min. nominal 2 by 6 in. wood studs spaced 16 in. OC max, effectively braced Batts and Blankets - 3 in. mineral wool batt insulation Non-Bearing Wall Partition Intersection - Min. nominal 2 by 4 in. studs nailed together and fastened to one side of the minimum 2 by 6 in. stud Gypsum Board - 5/8 in. thick gypsum board applied vertically or horizontally. • SECUROCK Brand Glass-Mat Sheathing FIRECODE Core - 5/8" • SHEETROCK Brand FIRECODE Core Gvpsum Sheathina Hype)0 - 5/8" For more information, visit U379 61 *danFab X>- CANNON FABRICATION INC 182 GRANITE STREET, SUITE 101, CORONA, CA 92879 PHONE: (951)278-1830 FAX: (951)278-8444 www. canfab.com canfob©canfab.com lie V , 2 1 4-1, 6,1 FOR: CUSTOM MIXING BOXES - Li 9 Lf. r ' 0 63 e. C M PART NO: SEE BELOW TYPICAL MIXING Box INSTALLATION RETURN AIR DUCT 5 - , 1--ch y: , )41 RETURN AIR SENSOR f- FA-N-CL-.--T-- 1 -// 1 \\\ -7/C- 1 \\.\1 11 1 11 1 \ n 1 MIXING BOX WIRE HARNESS ,2---,r- 0 i -4-/ \\ \% MIXED AIR SENSOR ACCESS PANEL DAMPER ACTUATOR AND ECONOMIZER LOGIC RETURN AIR DAMPER NORMALY OPEN OUTSIDE AIR DAMPER NORAMLY CLOSED OUTSIDE AIR DUCT » -h / PARTS LIST MIXING BOX OUTSIDE AIR SENSOR (1) MIXING BOX (1) ELECTRO / MECHANICAL ECONOMIZER CONTROL INSTALLED IN MIXING BOX (1) NECOHARNESS - WIRING HARNESS CONNECTED TO ECONOMIZER CONTROL (1) TE-901-7046 - MIXED AIR SENSOR L,.45 AV IE_ B-*, FOR DRYBULB ECONOMIZERS(1) C7650A1001 - OUTSIDE AIR DRYBULB SENSOR FOR REFERENCE ENTHALPY ECONOMIZERS (1) C7400A1 004 - OUTSIDE AIR ENTHALPY SENSOR FOR COMPARATIVE ENTHALPY ECONOMIZERS0(2) C7400A1004 - OUTSIDE AIR & RETURN AIR ENTHALPY SENSORS INSTALLATION 1 - STANDARD MIXING BOX WITH TOP RETURN AND BACK OUTSIDE AIR SHOWN, STYLE A, TYPE ####-TP-BK-HD, WITH HONEYWELL ELECTRO/MECHANICAL DRYBULB CONTROLS. ALL MIXING BOXES ORDERED WITHOUT SPECIFYING DAMPER LOCATION AND CONTROL TYPE ARE PRODUCED IN THIS CONFIGURATION. VERIFY CONFIGURATION AND CONTROL TYPE WITH ORDER. 2 - DAMPER IDENTIFICATION: WITH POWER OFF, RETURN AIR DAMPER WILL BE FULLY OPEN, OUTSIDE AIR DAMPER WILL BE FULLY CLOSED. OUTSIDE AIR DAMPER WILL HAVE BLADE EDGE SEALS AND SIDE SEALS FOR LOW LEAKAGE. 3 - CONTROLS: UNLESS SPECIFIED OTHERWISE, ECONOMIZER CONTROLLER WILL BE HONEYWELL W7212A1009. ACTUATOR MAY BE HONEYWELL M7215A1008, MS7510A2206 OR BELIMO LF24SR-S-US. ACTUATOR MAY BE CRANK ARM DRIVE OR DIRECT DRIVE. PROJECT: ENGINEER: DRAWING NUMBER: MIXINGBOX.DWG MR DATE: DISTRIBUTOR: 07.19.07 frice-ts--0014 DOC: 01 -02 @CanFah -- CANNON FABRICATION INC 182 GRANITE STREET, SUITE 101, CORONA, CA 92879 PHONE: (951)278-1830 FAX: (951)278-8444 www.confab.com canfab@canfab.com INSTALLATION (CONTINUED) FOR: CUSTOM MIXING BOXES PART NO: SEE BELOW TYPICAL MIXING Box INSTALLATION 4 - SENSORS: UNLESS SPECIFIED OTHERWISE, ECONOMIZERS ARE SHIPPED WITH A MIXED AIR SENSOR AND DRYBULB SENSOR. REFERENCE ENTHALPY AND COMPARATIVE ENTHALPY SENSORS ARE OPTIONAL AND MUST BE SPECIFIED WHEN ORDER IS PLACED. 5 - MOUNT MIXING BOX TO FAN COIL RETURN AIR OPENING WITH SHEET METAL SCREWS. USE TAPE, GASKET OR CAULKING TO MINIMIZE LEAKAGE. SEAL MIXING BOX TO SUIT PRESSURE CLASS OF PROJECT. SCREWS AND SEALER ARE FIELD PROVIDED. 6 - RUN MIXED AIR SENSOR WIRING TO SUPPLY BLOWER COMPARTMENT AND MOUNT MIXED AIR SENSOR NEAR SUPPLY BLOWER INTAKE. 7 - RUN OUTSIDE AIR SENSOR WIRING TO OUTSIDE AIR INTAKE POINT AND MOUNT THE SENSOR (DRYBULB OR ENTHALPY SENSOR AS REQUIRED). TO AVOID FALSE TEMPERATURE READINGS, SHIELD THE SENSOR FROM DIRECT SUNLIGHT. 8 - COMPARATIVE ENTHALPY ONLY: RUN RETURN AIR SENSOR WIRING INTO RETURN AIR DUCT TO THE FURTHEST ACCESSABLE POINT AND MOUNT THE RETURN AIR ENTHALPY SENSOR. 9 - RUN THE CONTROL WIRING HARNESS TO THE FAN COIL CONTROL BOX AND CONNECT TO THE THERMOSTAT AND UNIT CONTROLS. SEE ECONOMIZER WIRING DIAGRAM. 10 - FOR HEAT PUMPS, USE FIELD PROVIDED 24VAC RELAY TO INTERFACE WITH THE HEAT PUMP THERMOSTAT TO ENERGIZE THE REVERSING VALVE. SEE THE HEAT PUMP WIRING DIAGRAM. 11 - SET THE MINIMUM POSTION FOR FRESH AIR PER THE JOB REQUIREMENTS. SEE THE INCLUDED HONEYWELL CONTROL INFORMATION FOR DETAILS. PROJECT: ENGINEER: DRAWING NUMBER: MIXINGBOX.DWG MR DATE: DISTRIBUTOR: 07.19.07 DOC: 01-03 @CanFab *- CANNON FABRICATION INC 182 GRANITE STREET, SUITE 101, CORONA, CA 92879 PHONE: (951)278-1830 FAX: (951)278-8444 www. canfab. com canfal@canfab. com MODEL # -RA-CA-AC STYLE A TOP AND BACK -TP-BK-## ACCESS PANEL BOTH SIDES STYLE B TOP AND BOTTOM -TP-BO-## ACCESS PANEL BOTH SIDES STYLE C BOTTOM AND BACK -BO-BK-## FOR: CUSTOM MIXING BOXES PART NO: SEE BELOW MIXING Box IDENTIFICATION CONTROLS (C-COMPARATIVE ENTHALPY, D-DRYBULB, E-ENTHALPY, N-NONE) ACTUATOR (B-BELIMO, H-HONEYWELL, N-NONE) OUTSIDE AIR DAMPER POSITION (TP-TOP, BK-BACK, BO-BOTTOM, LE-LEFT, RI-RIGHT) RETURN AIR DAMPER POSITION (TP-TOP, BK-BACK, BO-BOTTOM, LE-LEFT, RI-RIGHT) MIXING BOX MODEL NUMBER . 11 1\2*=52&511 . /4100 A -8341 . 110*0<3 --- 8 1 Lifaft:*AD.. /Jefii I \ili-r\z#.-4-A-<liiAT 8 1 1 /\ ..9*P'5><... , ' Ls»lf.111*¢std »r- A- *.-. ./Si.-- I prt- \»52'1 L. 1-J »» 0 1 11 JFA:v520*Llilli .. ,76601N /652- i A1 ilii - \-Lql-k'1111 \1 1 - 1 1 11rl [ 1 &111 ACCESS PANEL BOTH SIDES STYLE D LEFT AND BACK -LE-BK-## STYLE E RIGHT AND BACK -RI-BK-## PROJECT: ENGINEER: ACCESS PANEL ACCESS PANEL DRAWING NUMBER: MIXINGBOX.DWG MR STYLE F TOP AND LEFT -TP-LE-## STYLE G TOP AND RIGHT -TP-RI-## STYLE H LEFT AND RIGHT -LE-RI-## ACCESS PANEL ACCESS PANEL \ -» 1 i 8 1 Ilesssev/ i J 7 -'. /fl A -- ... heidj*15%6/h. \\. 0 I .///5/ *- /fal A »8514- - /f«32- 1 21 03/ Yr</ ' \\ 8 11 11\1 ACCESS PANEL STYLE I LEFT AND BOTTOM -LE-BO-## ACCESS PANEL STYLE J 4 RIGHT AND BOTTOM »---» -RI-BO-## » ,©».St .1 \\ \22 /ACCESS PANEL »S-« DOC: 01-01 DATE: DISTRIBUTOR: 07.19.07 JADE MODULATING ECONOMIZER CONTROLS GAS ELECTRIC, COOLING ONLY & HEAT PUMP UNITS - BLUE11 58=1 VIOLET C7250A1001 DRYBULB SENSOR STANDARD On C740051000 J OPTIONAL ENTHALPY SENSOR 67 C740051000 OPTIONAL COMPARATIVE ENTHALPY SENSOR OPERATING INSTRUCTIONS JADE LOGIC WIRING DESCRIPTIONS...PAGE 5 KEY PAD OPERATION.....PAGE 12 SYSTEM SETUP..............PAGE 18-21 ADVANCED SETUP..........PAGE 20 CHECKOUT TESTS..........PAGE 23 TROUBLESHOOTING AND ALARMS..................PAGE 24 BLUE VIOLET TO DAMPER ACTUATOR M7215 STANDARD MS7510: OPTIONALM53103J: OPTIONAL A BELIMO LF24SR-S-US: OPTIONAL NOTE: IF USING THE MS3103J ACTUATOR WIRE TO SYLK BUS IN LIEW OF ACT 2-10 WHITE WHITE * NOTE * FOR MAXIMUM SAVINGS USE A 2 STAGEPROGRAMMABLE THERMOSTAT| @-- THERMOSTAT BY OTHERS /¢anFab - CANNON FABRICATION INC 182 GRANITE STREEL SUITE 101, CORONA, CA 92879 PHONE: (951)278-1830 FAX: (951)278-8444 www.canfab.com canfab@canfab.com el 0- el ZES. WHITF RI ACK RFD MAT+ MAT- UAI+ UAI- SBUS SBUS IAQ 2-10 LAQ COM IAQ 24V ACT 2-10 ACT COM ACT 24V L 1- 4- L RED PINK BLUE GRAY r Honeywell Honeywell W7220 0 0 ORANGE YELLOW BLACK GREY BROWN E E Y<-1 Y2-0 Yl-1 Yl-0 C R FOR: JADE ECONOMIZER CONTROLS GAS ELECTRIC, COOLING ONLY & HEAT PUMP UNITS PART NO:PROJECT: ENGINEER:DISTRIBUTOR: DRAWING NO:1210200.DWG SW 2.11.13 APPROVED BY: AUX2-1 OCC E-GND EXH 1 AUX 1-0 ORANGE E®1 Kl 1il - E El L - -1 n !- -1 Lg WC7250A1001 MIXED AIR TEMPERATURE SENSOREst'EEE-El E Wi .MOUNT AT SUPPLY SLOWER i 1 1 KlE-1 1 LA WIRING LEGEND--L-,4.«Pd 0/8 1.- WIRING PROVIDED BY HVAC TERMINAL STRIP (HOT)CANFAB OR WIRES FIELD, UNIT OR OPTIONAL WIRING DATE: DATE:Il «(CanFab -- CANNON FABRICATION INC 182 GRANITE STREET, SUITE 101, CORONA, CA 92879 PHONE: (951)278-1830 FAX: (951)278-8444 www.canfab.com can fab@can fab.com FOR: JADE ECONOMIZER CONTROLS PART NO: MODULATING ECONOMIZER CONTROLS GAS EL.ECTRICS, COOLING ONLY AND HEAT PUMP UNITS PAGE 2 /?\ POWER SUPPLY. PROVIDE DISCONNECT MEANS AND OVERLOAD PROTECTION AS REQUIRED. /R MOTOR SPRING-RETURNS CLOSED WHEN UNIT IS NOT RUNNING. » ENSURE THAT EQUIPMENT TRANSFORMER IS SIZED TO HANDLE THE EXTRA LOAD OF THE ECONOMIZER AND ACTUATOR. OPTIONAL DEMAND CONTROL VENTILATION (DCV) 002 SENSOR WITH 2-10VDC OUTPUT. WIRE HARNESS EXTENSION PROVEDED WITH THE C02 SENSOR. WHEN USING A HEATPUMP WITH DEFROST FEEDBACK, ADD AN ISOLATION RELAY BETWEEN 0 AND C. (FIELD PROVIDED AND INSTALLED). A WHEN USING A SETBACK THERMOSTAT WITH OCCUPANCY OUT (24Vac) CONNECT THE 24Vac Lgl INPUT TO THE OCC TERMINAL. IF NO OCCUPANCY OUTPUT FROM THE THERMOSTAT THEN CONNECT OCC TO R. A 24 VAC OUTPUT WHEN PROGRAMMED CAP OFF IF NOT USED (SEE PAGE 6 FOR ACTUATOR .WIRING OPTIONS). NOTE: ON/OFF ACTUATORS CAN BE USED ON THE EXH 1 OR AUX 1 -0 TERMINALS WITH GROUND TO THE C TERMINAL. WHEN PROGRAMMING THE EXH 1 OR AUX 1 -0, THE % IS THE PERCENT OPEN POSITION OF THE OUTDOOR AIR DAMPER WHEN THE EXH 1 OR AUX 1-0 TERMINAL IS ENERGIZED AND THE 2-POS DAMPER OPENS 100%. IF USING THE AUX 1-0 TERMINAL PROGRAM AUX 1-0 FOR EXH 2. /8\ OPTIONAL MS3103J COMMUNICATING ACTUATOR AVAILABLE (SPECIAL ORDER CONTACT FACTORY). /6\ WHEN USING THE SYLKBUS SENSORS THERE WILL BE A SLIGHT DELAY WHILE THE JADE CONTROLLER AND THE SENSOR/S COMMUNICATE. ANALOG SENSORS DO NOT COMMUNICATE ON THE SYLKBUS AND OUTPUT A 2Ok OHM SIGNAL TO THE JADE CONTROLLER SO THE RESPONSE TIME IS INSTANTANEOUS. PROJECT: ENGINEER: NOTE: JADE WILL BE IN "SET UP" MODE FOR THE FIRST 60 MINUTES AFTER POWER UP. IF A SENSOR FOR THE OA OR SYLKBUS DEVICE (SENSOR, ACTUATOR) IS DISCONNECTED DURING THE SET UP MODE, THE JADE WILL NOT ALARM THE FAILURE. THE MA SENSOR IS A SYSTEM "CRITICAL" SENSOR, IF THE MA SENSOR IS REMOVED DURING THE SET UP MODE, THE JADE WILL ALARM. AFTER 60 MINUTES THE JADE CONTROLLER WILL CHANGE TO OPERATION MODE AND ALL COMPONENTS REMOVED OR FAILED WILL ALARM. DRAWING NUMBER: 1210200.DWG SW DATE: DISTRIBUTOR: 2.11.13 «66MCCCan Fab 4- CANNON FABRICATION INC 182 GRANITE STREET, SUITE 101, CORONA, CA 92879 PHONE: (951)278-1830 FAX: (951)278-8444 www.canfab.com canfabeconfab.com PROJECT: ENGINEER: FOR: CUSTOM MIXING BOXES PART NO: SEE BELOW OPTIONAL REMOTE MOUNTED OR MULTIPLE ACTUATORS RED BLACK WHRE BROWN (NOT USED) ; BLACK (10 COMMON „ RED (2) +HOT RED BLACK WHNE BROWN HONEYWELL MS7215A1 OO8 cri TR a TRl 0+ 0+ 2-10VDC IN 2-10VDC OUT BELIMO LF24SR-S-US , WHITE (3), INPUT, 2-10VDC GREEN (5), OlJTPUT, 2-10VDC , WHITE (1), Sl, COMMON , WHITE (22), 52, N.C. , WHITE (3), 53, N.0. DRAWING NUMBER: MIXINGBOX.DWG CW CCW =Er- %__1 ROTATION SELECTION SWITCH SET TO DRIVE OUTSIDE AIR DAMPER OPEN END SWITCH ACTIVATION DIAL RED - ..BUCK o XHITE 0 BROWN 3 2 5 HONEYWELL MS7510A2206 MR <-10VDCMOD. 0-95--\--1 CONFIGURATION DIAL SET TO 3=0-10VDC MODULATING DATE: DISTRIBUTOR: 07.19.07 DOC: 01-07 @CanFab -- CANNON FABRICATION INC 182 GRANITE STREET, SUITE 101, CORONA, CA 92879 PHONE: (951)278-1830 FAX: (951)278-8444 www. can fab. com canfabOcanfab.com FOR: TTA/TWE RELIATEL ECONOMIZER WITH HONEYWELL M7399A ACTUATOR PART NO: TTA/TWE REI_IATEL ECONOMIZER WITH HONEYWELL M73998 ACTUATOR PAGE I 0 RED BLACK S --&ELL---11 00 00 PROJECT: 00 ENGINEER: MAT RED r-- BLACK_41. 00 REQUIRED 0 I DCV DRAWING NUMBER: 1275CO.DWG EXF MAT OAE MBUS- P Pl MBUS+ TR 24V ACCOMMON -c-: OPTIONAL RETURN -C] ENTHALPY + -A OPDONAL OUTSIDE -- ENTHALPY + © ECA LOGIC MODULE & (S) ACTUATOR / --EI + 2-10 VDC - FEEDBACK INPUT + 2-10 VDC - CONTROL OUTPUT OAT - L MIN. POSITION RAT O RAE ABCD SE}GREEN LED DO< LEGEND MIXED AIR TEMPERATURE OUTSIDE AIR TEMPERATURE FACTORY PROVIDED WIRING FIELD PROVIDED WIRING SHIELDED COMMUNICATION CABLE FIELD PROVIDED WIRING RTRM JB ITrl RFD BLACK RTRM J4 OR COMM J2 (02 PURGE / TR 24V AC 1 0=- 128A RED -==1264_YELLOW-127A BLUE 0 125A BLACKJ 3 0 126A YELLOW0 127A BLUE MBUS- 4 125A K 128A RED COMMON 2 0MBUS+ 5 5 U C rb -L -- DATE: MAT OAT DISTRIBUTOR: 01.09.08 00 00 00 OAT DOC: 01 8 9 6 @- 3- 0- 5- @CanFab 03 CANNON FABRICATION INC 182 GRANITE STREET, SUITE 101, CORONA, CA 92879 PHONE: (951)278-1830 FAX: (951)278-8444 www.canfab. com canfabOcanfab.com FOR: TTA/TWE RELIATEL ECONOMIZER WITH HONEYWELL M7399A ACTUATOR PART NO: TTA/TWE REI_IATEL ECONOMIZER WITH HONEYWELL M73998 ACTUATOR PAGE 2 COMPONENTS RELIATEL ECA LOGIC BOARD, HONEYWELL W734081002 MOUNTS ON #2 ACTUATOR. HONEYWELL M739981004 24VAC ACTUATOR. ECA LOGIC #1 MOUNTS ON THE ACTUATOR. 2 PIN CONNECTER/2 WIRE CABLES. 4 PIN CONNECTER/4 WIRE CABLE. CONNECT TO THE RELIATEL ECA LOGIC BOARD. 5 PIN CONNECTER/4 WIRE CABLE. IF A COMM BOARD IS INSTALLED IN THE TTA UNIT CONNECT THE 5 PIN CONNECTER TO J2 ON THE COMM BOARD. OTHERWISE CONNECT TO J4 ON THE RTRM BOARD IN THE TTA UNIT. MIXED AIR TEMPERATURE SENSOR. MOUNT IN THE SUPPLY BLOWER COMPARTMENT NEAR THE BLOWER INTAKE. (3- OUTDOOR AIR TEMPERATURE SENSOR. MOUNT IN THE TTA UNIT. SHIELD THE SENSOR FROM DIRECT OR INDIRECT SUNLIGHT OR HEAT RADIATED FROM ITEMS EXPOSED TO THE SUN. CONNECT TO PLUG J8 ON THE RTRM BOARD IN THE TTA UNIT. OPTIONAL OUTSIDE AIR ENTHALPY SENSOR C7600C 1008. MOUNT IN OUTSIDE AIR INTAKE. OPTIONAL RETURN AIR ENTHALPY SENSOR C7600C 1008. MOUNT IN RETURN AIR DUCT. INSTALLATION MOUNT THE CONTROLS AND WIRE PER THE WIRING DIAGRAM AND THE COMPONENT DESCRIPTIONS ABOVE. ACTUATORS FOR THE OUTSIDE AIR AND RELIEF AIR (IF APPLICABLE) DAMPERS SPRING RETURN TO THE CLOSED POSITION AT LOSS OF POWER. THE RETURN AIR DAMPER WILL SPRING RETURN TO THE FULL OPEN POSITION. REFER TO TRANE PUBLICATION "RELIA TEL MICROPROCESSOR CONTROLS" (LITERATURE NUMBER RT-SVD03A-EN) FOR SEQUENCE OF OPERATION AND CONTROL INFORMATION. NOTES - USE ONLY SHIELDED TWISTED PAIR CABLE FOR THE MOD BUS COMMUNICATIONS WIRING. THE SHIELD SHOULD BE GROUNDED AT THE END AWAY FROM THE TTA UNIT. TAPE THE SHIELD AT THE TTA UNIT END TO PREVENT IT FROM MAKING CONTACT. PROJECT: ENGINEER: DRAWING NUMBER: 1275CO.DWG rb DATE: DISTRIBUTOR: 01.09.08 DOC: 02 1"RANE® TAG: C NOTE: All dimensions are in mm/inches. SERVICE PANEL ELECTRICAL AND REFRIGE:ANT COMPONENT CLEARANCES PER PREVAILING CODES. · _1 TOP DISCHARGE AREA SHOULI IE UNR[STRICTED FOR AT L[AST 1324 {5 FEET} ABOVE 111(IT. UNIT SHOULD BE PLACED $0 ROOFRUN·OFF IATER DOES NOT POUR DII[CTU ON HIT,AMO SHOULD IE AT LEAST 313 (12·) FROM WALL AND ALL SURROUNDING SMINERY ON 10 SIDES. ©TNER 110 SIDES UNRISTRICTED. ELECTRICAL SERVICE PAI[L " "1L rLM VOLTAG 22.2 :T/l) DIA. HOL[ 11 CONTIOL B loTTo» 10;C; LIQUID LINE SERVICE YALVE, T I.D. f EMALE BRAZE,r:anrrrni,&6 -f T J e ,. . A 1 4 3 5 A« g re+r M/fo-60 4TTR306OD-SUB-106.04 LL.0. FOR ALTERNATE [LECTIICAL ROUTING 1.0. FEMALE BRAZED CONNECTION SITH 1/4· SAE FLARE PRESSURE TAP FITTING. 4TTR306OD 75 500 72 SUBMITTAL 5 Ton Split System Cooling - 1 Phase 4TTR306OD Product Specifications OUTDOOR UNIT (D@ 4TTR3060D1000A POWER CONNS. -- V/PH/HZ @ 200-Sanll/60 MIN. BRCH. CIR. AMPACITY ('35 BR. CIR. PROT. RTG. - MAX. (AMPS)4-EfLJ COMPRESSOR CLIMATUFF® Scroll NO. USED - NO. SPEEDS 1-1 VOLTS/PH/HZ 200/230/1/60, R.L. AMPS @ - L.R. AMPS 26.8 - 134 FACTORY INSTALLED START COMPONENTS ®NO INSULATION/SOUND BLANKET NO COMPRESSOR HEAT NO OUTDOOR FAN PROPELLER DIA. (IN.) - NO. USED 27-1/2" - 1 TYPE DRIVE - NO. SPEEDS DIRECT - 1 CFM @ 0.0 IN. W.G.@ 4342 NO. MOTORS - HP 1 - 1/5 MOTOR SPEED R.P.M.835 VOLTS/PH/HZ 200/230/1/60 RL. AMPS 0.93 OUTDOORCOIL-TYPE SPINE FINTM ROWS - REI.1 - 24 FACE AREA (SQ. FT.)24.93 TUBE SIZE (IN.)3/8 REFRIGERANT LBS.- R-410A (O.D. UNIT) @ 8 LBS., O OZ. FACTORY SUPPLIED YES 6 LINE SIZE - IN. O.D. GAS ®7/8 LINE SIZE - IN. O.D. LIQ. @ 3/8 CHARGING SPECIFICATION SUBCOOLING 10°F DIMENSIONS HXWXD CRATED (IN.)42.4 x 35.1 x 38.7 WEIGHT -- SHIPPING (LBS.)261 NET (LBS.)226 From Dwg. D152898 0 Certified in accordance with the Air-Source Unitary Air-conditioner Equipment certification program, which is based on AHRI standard 210/240. @ Rated in accordance with AHRI standard 270. 0 Calculated in accordance with Nail. Elec. Codes. Use only HACR circuit breakers or fuses. ® Standard Air -Dry Coil- Outdoor ® This value approximate. For more precise value see unit nameplate. ® Max. linearlength 6011.,Max. lift - Suction 60 t; Max lift - Liquid 60 fL For greater length consult refAgerant piping software Pub. No. 32-3312-0' (' denotes latest revision). 0 This value shown for compressor RLA on the unit nameplate and on this specification sheet is used to compute minimum branch circuit ampacity and max. fuse size.The value shown is the branch circuit selec- tion current @ No means no start components.Yes means quick start kit components. PTC means positive temperature coefficient starter. MODELS BASE FIG. A B C D E F G H J K 4TTR306OD 4 1 943 (37-1/8) 946 (37-1/4) 870 (34-1/4) 7/8 3/8 152 (6)98 (3-7/8) 219 (8-5/8) 86 (3-3/8) 508 (20) MODELS SOUND POWER LEVEL [dB(A)] 63 80 A-WEIGHTED SOUND POWER LOVEL [dB(A)] A-WEIGHTED FULL OCTOAVE SOUND POWER LEVEL Db - [dB(A)] 125 73 Note: Rated in accordance with AHRI Standard 270-2008 © 2012 Trane All Rights Reserved 250 70 1000 71 2000 65 4000 63 8000 59 TRANEV Trane 6200 Troup Highway Tyler, TX 75707 www.trane.com Mechanical Specification Options General The 4TTR3 - D model is fully charged from the factory for up to 15 feet of piping. This unit is designed to oper- ate at outdoor ambient temperatures as high as 115'F. Cooling capacities are matched with a wide selection of air handlers and furnace coils that are AHRI certified. The unit is certified to UL 1995. Exterior is designed for outdoor application. Casing Unit easing is constructed of heavy gauge, G90 galvanized steel and painted with a weather-resistant powder paint on all louvers, panels, prepaint on all other panels. Corrosion and weather- proof CMBP-G30 DuraTuffTM base. Refrigerant Controls Refrigeration system controls include condenser fan, compressor contactor and high pressure switch. High and low pressure controls are inherent to the compressor. A factory installed liquid line drier is standard. Compressor The Climatuff® compressor features internal over temperature and pressure protection and total dipped hermetic motor. Other features include: Centrifu- gal oil pump and low vibration and noise. Condenser Coil The outdoor coil provides low airflow resistance and efficient heat transfer. The coil is protected on all four sides by louvered panels. Low Ambient Cooling As manufactured, this unit has a cool- ing capability to 55°R The addition of an evaporator defrost control permits operation to 40° F. The addition of an evaporator defrost control with TXV per- mits low ambient cooling to 30' F. Accessories Thermostats - Cooling only and heat/ cooling (manual and automatic change- over). Sub-base to match thermostat and locking thermostat cover. Evaporator Defrost Control - See Low Ambient Cooling. ,*rERr#*-Illillii'llillilillilillill (<)REiFILitif JS ..UTE' 01/1 P Trane has a policy of continuous product and product data improvement and it reserves the right to change design and specifications without notice. A GAS CONNECTIO 01"RANSTM TAG: DUCT FLANGE- ; SCHRADER VALVE LIQUID CONNECTIO . :/2 1.11/1§ 1 2-1/2 1 1/4 3;4 /1§ 19,4 1 6*1*- s..LUKA 1 -3/1 6 * 2 lilli ©=afl 0 --3-5/8 1-3/4 23 7/[6 ... MODEL WEIGHT (LBS.) REFRIGERANT CONTROL HEIGHT "A" (IN.) GAS CONNECTION LIQUID CONNECTION MATCHED FURNACE WIDTH (NO ADAPTER REQUIRED) DRAIN PAN © Trane 2013 All Rights Reserved TXC-B-5-SUB-1 E SUBMIITAL 4 - 5 ton Comfort Coils™, Split System Aluminum Heat Pump / Cooling Coils Cased Upflow/Downflow Horizontal 4TXC Series Coils ' - 15/16 3/4• MPT FOR HORIZONTAL POSITION -PLUGGED E:,m'IL <-11*r m, FOR VERTICAL POSITIOW 4TXCDO508(3HCB 55 26-7/8 1-1/8 BRAZE 2-1/2 - m=< IEEZ [1 El J• 4TXCDO618(3HCB 4TXCDO64BC3HCB 68 TXV (NON-BLEED) 3/8 BRAZE 24-1/2 PLASTIC 30-1/16 13-5/16 OFC,WG1 :!1/PEI 211/ts 4TXCDO638C3HCB 73 7/8" BRAZE 0 * Reducer supplied with R-410A models \1 -4- 7/8 General Mechanical Specifications Accessories Upflow, Downflow, or Horizontal coils shall be designed for cooling and heat pump applications. The coil shall be 3/8" seamless aluminum tubing mechanically bonded to aluminum plate fin. Refrigerant for the TXC coils shall be controlled with factory installed Non-Bleed TXV refrigerant control. Refrigerant connections are brazed fittings with an additional Schrader Valve for system service. The coil cabinet shall have a removable front and interior access panel for evapora- tor coil entering air surface cleaning. The coil includes a drain pan with drain connections for vertical or horizontal opera- tion and a horizontal auxiliary drain pan. These coils are A. R.I. certified with Trane's matching condensing units. Evaporator Defrost Control installed on coil for lower ambient operating conditions. Non-Bleed Expansion Valve Kits for use with R410A refrigerant systems. PRODUCT SPECIFICATIONS --- SPLIT SYSTEM HEAT PUMP / COOLING COMFORTTM COILS CASED UPFLOW / DOWNFLOW / HORIZONTAL INDOOR COIL --Type Rows / F.RI. Face Area (sq.ft.) Tube Size Refrigerant Control (No internal check valve) Drain Conn. Size (in.) Duct Connections REFRIGERANT CONNECTIONS Line Size - Gas (in.) Line Size -- Liquid (in.) DIMENSIONS (in.) Crated (H xWxD) Uncrated WEIGHT (lbs) Shipping - Net 4TXCDO50863HCB PLATE FIN 3/14 6.00 3/8 Non-Bleed TXV 3M NPT R-410A BRAZED 7/8* 3/8 4TXCDO61863HCB PLATE FIN 3/14 7.00 3/8 Non-Bleed TXV 3/4 NPT R-410A BRAZED 7/8* 3/8 HXWXD HXWXD 28-1/4 x 27-1/2 x 26-1/2 31-1/2 x 27-1/2 x 26-1/2 59/55 810 820 545 670 72/68 4TXCDO638C3HCB PLATE FIN 3/18 7.00 3/8 Non-Bleed TXV 3/4 NPT -See Outline Drawings· R-410A BRAZED 7/8* 3/8 4TXCDO648C3HCB PLATE FIN 3/18 7.00 3/8 Non-Weed TXV 3M NPT R-410A BRAZED 7/8* 3/8 HXWXD HXWXD 31-1/2 x 27-1/2 x 26-1/2 31-1/2 x 27-1/2 x 26-1/2 -See Outline Drawings- 72/68 72/68 * Reducer supplied with R-410A models [1] These indoor coils are A.R.1. certified with various split system air conditioners and heat pumps (A.R.1. Standard 210/240). Refer to the split system product data guides for performance data. PRESSURE DROP CHARACTERISTICS FOR COOLING AND HEAT PUMP COILS AIRFLOW (CFM) VS. PRESSURE DROP ACROSS WET COIL PRESSURE DROP (INCHES OFWATER COLUMN) MODEL .05 0.1 0.15 4TXCDO508(3HCB 4TXCDO618(3HCB 4TXCDO63BC3HCB 4TXCDO64BC3HCB Since Trane has a policy of continuous product and product data improvement, it reservesthe rightto change specifications and design without notice. Trane 6200 Troup Highway Tyler, TX 75707 Technical Literature - Printed in U.S.A. 1140 1155 880 1000 1390 1410 1135 1250 -4/STS©' Intertek 0.2 1600 1620 1355 1470 0.25 1790 1810 1550 1670 Library Product Section Product Model Literature Type Sequence Date File No. Supersedes 0.3 1950 1980 1715 1850 Unitary Coils Coil TXC-B Submittal 09/13 TXC-8-5-SUB-1 E TXC-8-5-SUB-1 D 0.35 2110 2130 1875 2020 0.4 2250 2280 2045 2180 - TRANEIM TAG: 24-1/2" 5/8" 7/8" DIA. HOLES ELECTRICAL CONNECTION \ 23" '3\84 23-1/4" 2 5/8" 3" OPENING AIR INTAKE - - , * 17-1/4" 3/4" 4. 13-3/4" MODEL *DH1 Dl loA9601 A 19-5/8" 7-3/8" 5-5/16' 28" 4-9/16" T r*11 D 11 0- S U B = 1 A SUBMITTAI* Downflow / Horizontal Direct or Non-Direct Vent Gas Furnace 2-1/8. 31" | 20-1/4" 4%»SP18425tO TDH10110A9601A 3" DIAMETER FLUE CONNECT 7/8" DIAK.O. ELECTRICAL -1 CONNECTION / (ALTERNATE) 1-1/2" DIA. K.0. GAS CONNECTION (ALTERNATE) --- CONDENSATE DRAIN ,1-1/8" K.0. FURNACE AIRFLOW (CFM) VS. EXTERNAL STATIC PRESSURE (in. w.c.) SPEED TAP 4 - HIGH - Black 3 - MED.-HIGH - Blue 2 - MED.-LOW - Yellow 1 - LOW - Red *= First letter may be "A" or "T" MODEL *DH1D11OA9601A 600 700 *= First letter may be "A" or "T" © 2011 Trane 800 900 1000 0.10 2147 1995 1712 1424 0.20 0.30 0.40 81 2074 1940 1681 1408 2000 1885 1649 1392 1941 1827 1602 1367 CFM VS. TEMPERATURE RISE 1100 88 1200 74 Cubic Feet Per Minute (CFM) 1300 1400 1500 1600 1700 69 65 60 0.50 57 1881 1767 1555 1341 1800 54 0.60 1807 1699 1505 1296 1900 51 0.70 2000 48 1732 1631 1455 1251 2100 46 0.80 1655 1547 1381 1188 2200 2300 0.90 1576 1462 1307 1124 2400 TYPE RATINGS W Input BTUH Capacity BTUH (ICS) @ AFUE Temp. rise (Min.-Max.) 'F. BLOWER DRIVE Diameter-Width (In.) No. Used Speeds (No.) CFM vs. in. w.g. Motor HP R.P.M. Volts/Ph/Hz COMBUSTION FAN - Type Drive - No. Speeds Motor HP - RPM Volts/Ph/Hz F.L. Amps FILTER - Furnished? Type Recommended Hi Vel. (No.-Size- I hk.) General Data o Downflow / Horizontal 110,000 104,500 95.0 35 - 65 DIRECT 11 x 10 1 4 See Fan Performance 314 1100 11556) Centrifugal Direct - 1 1/20 - 3450 115/1/60 0.71 No High Velocity 2 - 16 x 20 - lin. VENT - Size (in.) HEAT EXCHANGER Type-Fired -Unfired Gauge (Fired) ORIFICES - Main Nat.Gas. Qty. - Drill Size L.P. Gas Qty. - Drill Size GAS VALVE PILOT SAFETY DEVICE Type BURNERS-Type Number POWER CONN. -- V/Ph/Hz ® Ampacity (In Amps) Max. Overcurrent Protection Camps) PIPE CONN. SIZE (IN.) DIMENSIONS Crated (In.) Uncrated (In.) WEIGHT Shipping (Lbs.) / Net (Lbs) 2.5 Round Alum. Steel 20 6-48 6 - 56 Redundant - Single Stage Hot Surface Ignition Multiport Inshot 6 115/1/60 12.9 20 1/2 H x Wx D 41-3/4 x 26-1/2 x 30-1/2 40 x 24-1/2 x 28-1/2 205 / 193 0 Central Furnace heating designs are certified to ANSI Z21.47 / CSA 2.3.® Ratings shown are for elevations up to 2000 feet. For elevations above 2000 feet; Ratings should be reduced at the rate of 4% for each 1000 feet above sea level. @ Based on U.S. Government Standard Tests. @ The above wiring specifications are in accordance with National Electrical Code; however, installations must comply with local codes. NATURALGASMODELS-Centralheat- ing furnace designs are certified by the American Gas Association for both natu- ral and L.P. gas. Limit setting and rating data were established and approved un- derstandard rating conditions using Ameri- can National Standards Institutestandards. SAFE OPERATION - The Integrated System Control has solid state devices, which continuously monitor for presence of flame, when the system is in the heating mode of operation. Dual solenoid combi- nation gas valve and regulator provide extra safety. QUICK HEATING-Durable, cycletested, heavy gauge aluminized steel heat ex- changer quickly transfers heat to provide warm conditioned airto the structure. Low energy power vent blower, to increase efficiencyand provide a positive discharge of gas fumes to the outside, allows com- mon venting with hot water heater. SinceTranehasapolicyofcontinuousproductandproduct dataimprovement, it reservesthe righttochange specifica- tionsanddesignwithoutnotice. Technical Literature - Printed in U.S.A. Trane 6200 Troup Highway Tyler, TX 75707 Mechanical Specifications BURNERS - Multi-port, in-shot burners will give years of quiet and efficient service. All models can be converted to L.P. gas without changing burners. INTEGRATEDSYSTEMCONTROL-Ex- clusivelydesigned operational program pro- vides total control of furnace limit sensors, blowers, gas valve, flame control and in- cludes self diagnostics for ease of service. AIR DELIVERY-The multispeed, direct- drive blower motor, with sufficient airflow range for most heating and cooling re- quirements, will switch from heating to cooling speeds on demand from room thermostat. The blower door safety switch will prevent orterminate furnace operation when the blower door is removed. (Fan relay and 35VA control transformer is stan- dard). STYLING - Heavy gauge steel and "wraparound" cabinet construction is used in the cabinet with baked-on enamel finish for strength and beauty. The heat exchanger section of the cabinet is com- pletely lined with foil-faced fiberglass insu- lation. This results in quiet and efficient operation due to the excellent acoustical and insulating qualities of fiberglass. FEATURES AND GENERAL OPERA- TION - These High Efficiency Gas Fur- naces employ a Hot Surface Ignition sys- tem, which eliminates the waste of a con- stantly burning pilot. The integrated sys- tem control lights the main burners upon a demand for heat from the room thermo- stat. Complete front service access. a. Low energy power venter. b. Vent proving differential switch. Literature Order Number File Number Supersedes Date *TERTE¥- TDH 1 D11 0-SUB-l A TDH 1 D11 0-SUB-l A TDH1 D110-SUB-1 12/11 Vf DAMPER LOUVER SUBMITTAL FORM PROJECT LOCATION ENGINEER ARCHITECT 0 CONTRACTOR C d 17 0 0 2650 4 2649 NOMINAL ROUND + 13/4 -0- 2649 & 2650 N:\Operations\Final Website Submiltal\Damper Louver\2649-50 C 0 4 41/4 d 2650 FIRE DAMPER IT/ R.' 3225-1411:101 2-15250 2649 Series & 2650 Series Standard Frame Curtain-Type 1 1/2 Hour Fire Damper Standard: • 2649 - Round for Vertical mount only. Available in 4" thru 52" • 2650 - Round Spring actuated (6) for Vertical or Horizontal mount. Available in 4" thru 52" • 41/4" Standard frame style 2649 2650 • Interlocking steel roll-formed blade (3) with roll-formed frames (1) • Blade Lock (5) • Damper manufactured from corrosion tested galvanized mild steel (G-90) • Self locking corner (4) • 165°F replaceable fusible link (2) Optional: El 304 stainless steel 0 Sleeve variations Frame Height'C' Duet Size Height (C) 4-7" +13/4" 8- 1 6"+23/4" 17-26"+33/4" 27-35"+43/4" 36-44"+53/4" NOMINAL ROUND 45-52"+63/4" -1/8 Frame Height chart Example: Height 'C' tor 20" duct would be 23 3/4" SUBMITTAL REVIEW Print Form 4/09 - >IMIOMMMR C/MANUFACTURING \/ Quality Registers, Grliles and Diffusers Since 1947 E % LL Series 2600 4-1/4" Series 2500 2" 4000 3000 2000 1500 1000 800 600 400 200 1 It 1 11 1 1 1 1 - N Crt * M w b 00 e 000.0.000==0- Shoemaker Model 26012602 2633 2634 2649 2650 2661 2663 2665 2501 |25022533 2534 2549 25502561 2563 2565 1 1 V H V H V H V V V 4 1 48 41 48 41 49 36 41 29 PRESSURE DROP CURVES 1 1 /// 1 1 49 41 R / Static Pressure Drop (in. wg) MODEL DESIGNATIONS Curtain4ype fire dampers for use in static systems Damper Multiple Description Mounting Section Position W H 120 120 V H V H V H V V V 48 48 Single Section H 60 60 60 60 60 52 60 52 52 rd. 52 rd. 60 60 60 52 52 rd. 40 rd. 28 rd. 40rd. 1-1/2 hour 1-1/2 hour 1-1/2 hour, out of airstream 1-1/2 hour, out of airstream 1-1/2 hour, round 1-1/2 hour, round spring actuated 3 hour fire door 3 hour fire door, out of airstream 3 hour fire door, round 1-1/2 hour 1-1/2 hour 1-1/2 hour, out of airstream 1-1/2 hour, out of airstream 1-1/2 hour, round 1-1/2 hour, round spring actuated 3 hour fire door 3 hour fire door, out of airstream 3 hour fire door, round 104 Montgomery Avenue Cle Elum, WA 98922 Tel: (509) 674-4414 Fax: (509) 674-4420 www.shoemakermfg.com 2012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Instructions for Electronic Forms 2012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Intro Energy Code Commercial Provisions Appendix A Start-up Overview Save Files Getting Around Filling Fields Personal- izing Adding Lines and Removing Printing Revised June 2013 Commercial Provision Chapters 1-4 of the 2012 Washington State Energy Code apply to all commercial occupancies, R-2 and R-3 occupanies greater than 3 stories above grade, and R-1 occupancy (all building heights). This file, MECH12.vl.XLS, has electronic compliance forms for mechanical provisions as defined in Sections C101 and C403. There are three companion files: ENV12-vl.XLS (Section C402 envelope requirements), LTG12-vl.XLS (Section C405 lighting systems requirements) and MTR12-vl.XLS (Section C409 metering requirements). This form is a compliance aid and is not a substitute for the full energy code text or specific jursidiction compliance requirements. Users should refer to the code text and contact the local jurisdiction for complete information. The full 2012 WSEC code text is available for download from: https://fortress.wa.gov/qa/apps/SBCC/File.ashx?cid=2670 https://fortress.wa.gov/qa/apps/SBCC/File.ashx?cid=2672 Open a working copy of this file and be sure to use Save As to save it to a new file name and enable macros. Alternatively, you can save the file as a template in the XLSTART subdirectory in the EXCEL directory, and open new copies with the "File New" menu command. Look for "MECH12-vl". This workbook file contains multiple worksheets. Each worksheet is indicated by a tab at the bottom of the screen. You may visit each form by clicking on its tab. Most calculations are automated. The spaces which display the results of calculations are write-protected and cannot be edited. Each time you open this file and input information into the forms, you must save it under a new filename of your choosing using File Save As. The original template file cannot be altered. You may also save your own versions of the forms this way. Some forms have two pages (front and back). Both pages are available on screen when you click the tab for a form. Use the scroll bars to find the second page. It is either to the right, below, or sometimes to the right and below the first page. All general project information and the date are entered once on "MECH-SUM." This information is automatically replicated on all other MECH forms. The MECH-SUM form accompanies all other MECH forms. Only fillable fields are accessible. If you try to edit any other field, you'll get an error message. You may use the TAB key to move to the next fillable field. If the TAB doesn't take you where you want to go, use the mouse. A password is not required to complete these forms. Avoid excessively long text strings when entering information. In some cases, text that extends beyond the available space will simply not be seen. In most cases, the text will wrap within the cell. This may force part of the form onto a new page To enter the date, use this format: mm/dd/yyyy. For example, you would enter 7/1/2013 or 12/21/2014. Check boxes can be checked or unchecked by clicking in the box with your mouse. Radio buttons (circles) allow only one in a set to be selected. Drop-down lists have an arrow at the right side of the space. Click the arrow with your mouse and select the appropriate option. One of the options is a blank. When a form has a space for notes or explanation, click anywhere in the space to edit. You can personalize the forms with your company name, address, phone, or any other information. This is done by editing the footer in Excel. You can then save the file under a new template name and re-use it again. Many tables, such as for listing mechanical equipment types, have a certain number of lines for entering data. There may not always be enough lines for all the entries you need to make. Where this feature is available, you can add additional lines to the table by selecting the "+" button on the right had side of the table with your mouse. If you can't see it, scroll right (or change the View Zoom setting). To remove lines that you have added, click on the "-" button with your mouse. You cannot remove lines that were not added,an error appears if you try. If you add additional lines with this method, the pagination will usually be affected. The forms will be forced to carry additional lines over to other pages. Be sure to submit all pages to the plans examiner. The forms should print on any printer supported by Windows. You will need to have the following TrueType fonts installed under Windows: Arial, Times New Roman, Courier New and Wingdings. These are all standard Windows fonts. If you are losing form or flowchart details when printing, you may have a shortage of printer memory. Try printing problem pages individually. By default, only selected forms are printed. To select one or more forms, hold down the Ctrl key and click the tabs of the worksheets you need. Issue the File Print Selected Sheets command. To print the entire set, use File Print Entire Workbook. fn€C-ts--(30/1 4 2,012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Instructions for Electronic Forms 2012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Clean Forms Partial Form Sets Revised June 2013 It is possible to print clean, blank versions of these forms for hand filling. To do so, delete all of the heading information at the beginning of MECH-SUM. Make sure that all fillable cells in the forms are empty. Then print the clean forms. For each radio button group, there is a button labeled "Clear." Clicking this button will clear the other buttons so that they will print as empty circles. The "Clear' button will not print. Forms in a set may not be deleted, because the file is locked, but you need not print all the forms, as explained in "Printing" above. 2012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Mechanical Summary MECH-SUM 2012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Revised June 2013 Project Info Project Address 121 N. Main Ave Date 1/24/2015 Ridgefield, WA 98642 For Building Dept, Use Project Description Briefly describe mechanical system type and features. Includes Plans Compliance Option Equipment Schedules Cooling Equipment Schedule Equip.Equip ID Type Brand Namel iu/OU-1 AC TRANE Heating Equipment Schedule Equip.Equip ID Type Brand Namel iu/OU-1 eh-1 eh-2 f-1 f-2 GAS COVE COVE TRANE INDEECO INDEECO Fan Equipment Schedule Equip.Equip ID Type Brand Namel CV CV GREENHECK GREENHECK Applicant Name: Applicant Address: Applicant Phone: MK Development, LLC PO Box 643 Fox Island, Wa 98333 253-255-2175 Drawings must contain notes requiring compliance with commissioning provisions per Section C408 ® Simple System Complex System Systems Analysis The following information is required to be incorporated with the mechanical equipment schedules on the plans. For projects without plans, fill in the required information below. Model No.1 4TTR306OD Model No.1 TDH1D110 C-10512 C-10512 Model No.1 CW-060-VG CW-060-VG Service Water Heating Equipment Schedule Equip.Equip ID Type Brand Namel Model No.1 1KW 1KW Capacity Btu/h 60000 Capacity Btu/h 110000 CFM Input Capacity 150 150 OSA CFM or Econo? ECON OSA cfm or Econo? ECON 150 - 150 - 0.25 0.25 Sub- Category SEER or EER Input Btuh 13 - 110000 HP/BHP EF7 0.02 0.02 IPLV3 Output Btuh 104500 Flow Control CV 01 5 Econmizer Option or ExceptionG ECON 4Efficiency 95 1 1 N N Heat Recovery Y/N Heat Recovery Y/N Location of Service RESTROOM N N RESTROOM Location of Service 1 If available.2 As tested according to Table C403.2.3(1)A thru C403.2.3(8). 3 If required. 4 COP, HSPF, Combustion Efficiency, or AFUE, as applicable. 5 Flow control types: variable air volume (VAV), constant volume (CV), or variable speed (VS) 6 Economizer exception number per Mechanical Permit Plans Checklist - Paae 1 of 3 2012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Project Address 121 N. Main Ave The following information is necessary to check a mechanical permit application for commercial provision compliance with the 2012 WSEC. NOTE: Define print area in Excel prior to printing MECH-CHK pages. Applicability Code Section Code Provision Information Required(yes,no,na) Equipment Sizing & Performance na na na na na na na na C403.2.1 C403.2.2 C403.2.5 C403.2.3 & C403.2.3.2 & C403.2.12.1 (403.2.13 C403.2.10 C403.2.10.3 & (403.2.13 C403.2,3 C403.2.1 (403.2.12.1.2 C403.2.3 C403.2.3.3 C403.2.3.4 Load calculations Equipment and system sizing Minimum ventilation Equipment minimum efficiency Electric motor efficiency Fan power limitation Fractional hp fan motors Maximum air cooled chiller capacity Non-standard water-cooled chillers Centrifugal fan cooling towers Forced air furnace and unit heaters Packaged electric heating/cooling equipment Humidification HVAC System Controls & Criteria na na na na na na na na na na na na na C403.2.4.1 C403.2.4.1.1 C403.2.4.2 C403.2.4.3 C403.2.4.3.3 C402.4.5.2 & C403.2.4.4 (403.2.11 C403.2.4.5 C403.2.4.6 C403.2.4.7 C403.2.4.8/9 C403.2.5.1 C403.2.5.2 C403.2.5.3 C403.2.5.4.1 C403.2.5.4.2 C403.2.6.1 C403.2.6.2 C403.2.6.3 Thermostatic controls Heat pump supplementary heat Setpoint overlap (deadband) Automatic setback and shutdown Automatic (optimum) start Dampers Heating outside a building Snow melt systems Combustion heating equipment Group Rl hotel/motel systems Group R2/R3 dwelling unit systems Demand controlled ventilation Occupancy sensors Enclosed loading dock/parking garage ventilation Kitchen exhaust hoods Laboratory exhaust systems Energy recovery - ventilation systems Energy recovery - condensate systems Energy recovery - condenser systems GENERAL PROVISIONS Load calculations performed per ASHRAE Std 183 or equivalent per Chapter 3 Output capacity of heating and cooling equipment and systems do not exceed calculated loads, note exceptions taken Ventilation (natural or mechanical) provided per IMC; indicate mechanical ventilation is capable of being reduced to minimum requirement per IMC Provide equipment schedules or complete MECH-SUM tables with type, capacity, efficiency, test standard (or other efficiency source) for all mechanical equipment Provide equipment schedule with hp, rpm, efficiency for all motors, note except Fan system motor hp or bhp does not exceed limits per Table C403.2.10.1(1) Indicate fan motors 1/12 to 1 hp are ECM type or meet minimum efficiency reg. Indicate air-cooled chiller capacity does not exceed air-cooled chiller limit Full-load and NPLV values for water-cooled centrifugal chiller adusted for non-standard operational conditions Large capacity cooling towers with centrifugal fan(s) meet efficiency requirements for axial fan open circuit cooling towers Indicate intermittent ignition or lID, flue/draft damper & jacket loss List equipment required to be heat pumps on schedule Indicate method of humidification (note requirements for systems with economizer) Indicate locations of thermostatic control zones on plans, including perimeter systems Indicate staged heating (compression/supplemental) & outdoor lock-out temp Indicate 5°F deadband minimum for systems controlling both heating & cooling Indicate zone t-stat controls with required automatic setback & manual override Indicate system controls that adjust equip start time lo match load conditions Indicate location of OSA, exhaust, relief and return air dampers, include AMCA rated leakage and control type (motorized or gravity, note exceptions Indicate radiant heat system and occupancy controls Indicate shut-off controls based on outdoor conditions Indicate modulating or staged control Indicate method for guest room automatic setback & set-up of 5°F minimum Indicate 5-2 programmable thermostats in primary spaces with minimum of two setback periods, note exceptions taken indicate high-occupancy spaces and systems requiring DCV Indicate spaces requiring occupancy-based system control and method; or alternate means provided to automatically reduce OSA when partially Indicate enclosed loading dock and enclosed parking garage ventilation system activation and control method Indicate kitchen hoods requiring make-up air; indicate make-up air source and conditioning method Indicate lab exhaust systems requiring heat recovery, method & efficiency; or alternative method taken (VAV, semi-conditioned makeup, or CERM calculation) Indicate ventilation systems requiring ER, method & efficiency; note exceptions Indicate on-site steam heating systems requiring energy recovery Indicate remote refrig. condensers requiring ER and use of captured energy Date Location on Plans a3 a3 a3 a3 a3 a3 a3 a3 attach attach a3 MECH-CHK Revised June 2013 1/24/2015 Building Department Notes Project Name: 001 Sportsman Prepared by: ESL Air System Information Air System Name Equipment Class Air System Type Sizing Calculation Information Calculation Months --,----....-.....,___.._._ Sizing Data Central Cooling Coil Sizing Data Total coil load Total coil load Sensible coil load Coil CFM at Jul 1500 Max block CFM Sum of peak zone CFM Sensible heat ratio ft2/Ton BTU/(hr42) Water flow @ 10.0 * rise Central Heating Coil Sizing Data Max coil load Coil CFM at Des Htg Max coil CFM Water flow @ 20.0 °F drop Supply Fan Sizing Data Actual max CFM Standard CFM Actual max CFM/fe Outdoor Ventilation Air Data Design airflow CFM CFM/ft2 Hourly Analysis Program v4.80 4.9 59.4 59.4 2473 2473 2473 1.000 494.2 24.3 N/A Air System Sizing Summary for AHU-1 AHU-1 SPLT AHU SZCAV Jan to Dec Calculated 2473 2445 1.01 94.4 2473 9473 N/A 1260 0.52 MBH CFM CFM Tons MBH MBH CFM CFM CFM CFM CFM CFM/ft2 CFM CFM/fF Number of zones Floor Area Location Zone CFM Sizing Space CFM Sizing Load occurs at OA DB / WB Entering DB / WB Leaving DB / WB CoiIADP Bypass Factor Resulting RH Design supply temp. Zone T-stat Check Max zone temperature deviation Load occurs at BTU/(hr-fF) Ent. DB / Lvg DB Fan motor BHP Fan motor kW Fan static CFM/person 1 2446.2 Tacoma, Washington Sum of space airflow rates Individual peak space loads Ju11500 86.0 / 65.0 82.3 / 65.2 59.8 / 57.3 57.3 0.100 50 55.0 1 of 1 0.0 Des Htg 38.6 42.5 / 78.3 0.00 0.00 0.00 ft2 OF «F % °F OK 'F BHP kW in wg 02/13/2015 12:38PM 10.50 CFM/person Page 1 of 12 Project Name: 001 Sportsman Prepared by: ESL Air System Information Air System Name Equipment Class Air System Type Sizing Calculation Information Calculation Months Sizing Data Zone Sizing Data Zone Name Zone 1 Zone Terminal Sizing Data Space Loads and Airflows Zone Name / Space Name Zone 1 001 Addition 002 005 Corridor 007 Upstairs office Hourly Analysis Program v4.80 Zone Sizing Summary for AHU-1 AHU-1 SPLT AHU SZCAV Jan to Dec Calculated Maximum Cooling Sensible (MBH) 52.6 Design Airflow (CFM) 2473 Number of zones Floor Area Location Zone CFM Sizing Space CFM Sizing Minimum Airflow (CFM) 2473 Time of Peak Load Ju11500 No Zone Terminal Sizing Data required for this system. Mull. Cooling Sensible (MBH) 46.0 1.9 0.7 4.3 Ju11400 Jul 1500 Ju11700 Ju11600 Time of Load Air Flow (CFM) 2153 87 33 201 1 2446.2 W Tacoma, Washington Sum of space airflow rates Individual peak space loads Heating Load (MBH) 23.6 2.0 0.9 2.8 Maximum Heating Load (MBH) 29.3 1676.3 327.2 115.5 327.2 Floor Area (ft2) Zone Floor Area (ft2) 2446.2 Space CFM/2 1.28 0.27 0.29 0.61 02/13/2015 12:38PM Zone CFM/112 1.01 Page 2 of 12 Project Name: 001 Sportsman Prepared by: ESL 1. Summary Ventilation Sizing Method Design Ventilation Airflow Rate 2. Space Ventilation Analysis Table Zone Name / Space Name Zone 1 001 Addition 002 005 Corridor 007 Upstairs office Totals (incl. Space Multipliers) Hourly Analysis Program v4.80 Mult. Ventilation Sizing Summary for AHU-1 Sum of Space OA Airflows 1260 CFM Floor Area (ftz) 1676.3 327.2 115.5 327.2 Maximum Occupants 117.0 0.0 0.0 3.0 Maximum Supply Air (CFM) 2152.6 86.8 33.0 201.0 2473.5 Required Outdoor Air (CFM/person) 7.50 0.00 0.00 5.00 Required Outdoor Air (CFM/ftz) 0.18 0.12 0.06 0.06 Required Outdoor Air (CFM) 0.0 0.0 0.0 00 Required Outdoor Air (% Of supply) 0.0 0.0 0.0 0.0 Uncorrected Outdoor Air (CFM) 1179.2 39.3 6.9 34.6 1260.1 02/13/2015 12:38PM Page 3 of 12 Project Name: 001 Sportsman Prepared by: ESL ZONE LOADS Window & Skylight Solar Loads Wall Transmission Roof Transmission Window Transmission Skylight Transmission Door Loads Floor Transmission Partitions Ceiling Overhead Lighting Task Lighting Electric Equipment People Infiltration Miscellaneous Safety Factor >> Total Zone Loads Zone Conditioning Plenum Wall Load Plenum Roof Load Plenum Lighting Load Return Fan Load Ventilation Load Supply Fan Load Space Fan Coil Fans Duet Heat Gain / Loss >> Total System Loads Central Cooling Coil Central Heating Coil >> Total Conditioning Key: Hourly Analysis Program v4.80 Air System Design Load Summary for AHU-1 DESIGN COOLING COOLING DATA AT Jul 1500 COOLING OA DB / WB 86.0 T / 65.0 * Sensible Latent (BTU/hr)(BTU/hr) 3519 Details 135 ft2 1648 ft2 2214 ft2 135 fe 0 ft2 84 ft, 2119 fe 0 ft2 0 ft2 3028 W 0W 327 W 120 0%/0% 0% 0% 0% 2473 CFM 1260 CFM 2473 CFM 0% 1116 27645 3139 0 0 52560 49366 0 0 0 0 10034 0 0 0 59399 59399 0 59399 217 0 0 0 10331 0 1991 4312 291 0 Positive values are clg loads Negative values are htg loads -12091 14655 -2565 0 0 12090 12090 0 0 0 DESIGN HEATING HEATING DATA AT DES HTG HEATING OADB/WB 18.0 */14.8 °F Sensible Latent (BTU/hr)(BTU/hr)Details 135 ft2 1648 ff 2214 ft2 135 ft2 0 ft2 84 ft2 2119 W 0 ft2 0 ff 0 0 0 0 0 0 0 2473 CFM 1260 CFM 2473 CFM 0% 0% 0 14837 0 0 29339 27138 0 0 0 0 67257 0 0 0 94395 0 94395 4573 4012 2168 0 1616 2133 0 0 0 0 0 - 94395 0 Positive values are htg loads Negative values are clg loads 0 02/13/2015 12:38PM 0 0 0 0 0 0 0 0 Page 4 of 12 Project Name: 001 Sporisman Prepared by: ESL Air System Information Air System Name ___ ____- ___ Equipment Class Air System Type Sizing Calculation Information Calculation Months . _______._ Sizing Data _... Central Heating Coil Sizing Data Max coil load Coil CFM at Des Htg Max coil CFM Water flow @ 20.0 °F drop Supply Fan Sizing Data Actual max CFM at Des Htg Standard CFM Actual max CFM/fF Outdoor Ventilation Air Data Design airflow CFM CFM/ff Hourly Analysis Program v4.80 Air System Sizing Summary for Mechanical Room Mechanical Room UNDEF SZCAV Jan to Dec Calculated 1.6 34 34 0.16 34 34 0.28 15 0.12 MBH CFM CFM gpm CFM CFM CFM/fF CFM CFM/f12 Number of zones Floor Area Location Zone CFM Sizing Space CFM Sizing Load occurs at BTU/(hr-ftz) Ent. DB / Lvg DB Fan motor BHP Fan motor kW Fan static CFM/person 1 122.5 ff Tacoma, Washington Sum of space airflow rates Individual peak space loads Des Htg 13.1 45.5 / 89.4 'F 0.00 BHP 0.00 kW 0.00 in wg 02/13/2015 12:38PM 0.00 CFM/person Page 5 of 12 Project Name: 001 Sportsman Prepared by: ESL Air System Information Air System Name ____ Equipment Class Air System Type Sizing Calculation Information Calculation Months _ Sizing Data ,-------_.-----.-------_-__----------- Zone Sizing Data Zone Name Zone 1 Zone Terminal Sizing Data Space Loads and Airflows Zone Name / Space Name Zone 1 006 Mechanical Hourly Analysis Program v4.80 Zone Sizing Summary for Mechanical Room Mechanical Room UNDEF SZCAV Jan to Dec Calculated Maximum Cooling Sensible (MBH) 0.8 Design Airflow (CFM) 34 Number of zones Floor Area Location Zone CFM Sizing Space CFM Sizing Minimum Airflow (CFM) 34 Time of Peak Load Ju11700 No Zone Terminal Sizing Data required for this system. Mult. Cooling Sensible (MBH) 0.8 Time of Load Jul 1700 Air Flow (CFM) 34 1 122.5 fF Tacoma, Washington Sum of space airflow rates Individual peak space loads Heating Load (MBH) 0.9 Maximum Heating Load (MBH) 0.9 Floor Area (ftz) 122.5 Zone Floor Area <#2 122.5 Space CFMm2 0.28 02/13/2015 12:38PM Zone CFM/ff 0.28 Page 6 of 12 Project Name: 001 Sportsman Prepared by: ESL 1. Summary Ventilation Sizing Method Design Ventilation Airflow' Rate 2. Space Ventilation Analysis Table Zone Name / Space Name Zone 1 006 Mechanical Totals (incl. Space Multipliers) Hourly Analysis Program v4.80 Mult. Floor Area (ft2) Ventilation Sizing Summary for Mechanical Room Sum of Space OA Airflows 15 CFM 122.5 Maximum Occupants 0.0 Maximum Supply Air (CFM) 34.2 34.2 Required Outdoor Air (CFM/person) 0.00 Required Outdoor Air (CFM/ftz) 0.12 Required Outdoor Air (CFM) 0.0 Required Outdoor Air (% of supply) 0.0 Uncorrected Outdoor Air (CFM) 14.7 14.7 02/13/2015 12:38PM Page 7 of 12 Air System Design Load Summary for Mechanical Room Project Name: 001 Sportsman Prepared by: ESL ZONE LOADS .Al Window & Skylight Solar Loads Wall Transmission Roof Transmission Window Transmission Skylight Transmission Door Loads Floor Transmission Partitions Ceiling Overhead Lighting Task Lighting Electric Equipment People Infiltration Miscellaneous Safety Factor >> Total Zone Loads Zone Conditioning Plenum Wall Load Plenum Roof Load Plenum Lighting Load Return Fan Load Ventilation Load Supply Fan Load Space Fan Coil Fans Duct Heat Gain / Loss >> Total System Loads Central Heating Coil >> Total Conditioning Key: Hourly Analysis Program v4.80 DESIGN COOLING NO COOLING DATA NO COOLING OA DB / WB Sensible (BTU/hr)Details 4 ft2 55 ft2 0 ft2 4 ft2 0 ft2 0 ft2 116 ft2 0 ft2 0 ft2 0%/0% 0% 0% 0% 0% Positive values are cig loads Negative values are htg loads Latent (BTU/hr) DESIGN HEATING HEATING DATA AT DES HTG HEATING OADB/WB 18.0 T /14.8 * Sensible Latent Details (BTU/hr) "9' (BTU/hr) 0 0 0 34 CFM 15 CFM 34 CFM 4 2 55 2 0 2 4 #2 0 F 0 ft2 116 fF 0 ft2 0 ft2 0 0 0 0 0% 0% 0 0 0 1608 1608 1608 0 0 0 0 755 Positive values are htg loads Negative values aro clg loads 151 0 125 0 0 128 0 0 0 0 0 0 510 0 0 914 853 02/13/2015 12:38PM 0 0 0 0 0 0 0 0 0 Page 8 of 12 Project Name: 001 Sportsman Prepared bv: ESL Air System Information Air System Name Equipment Class Air System Type Sizing Calculation Information Calculation Months Sizing Data. Central Heating Coil Sizing Data Max coil load Coil CFM at Des Htg Max coil CFM Water flow @ 20.0 °F drop ______-_ ___ Supply Fan Sizing Data Actual max CFM at Des Htg Standard CFM Actual max CFM/fF Outdoor Ventilation Air Data Design airflow CFM CFM/fF Hourly Analysis Program v4.80 Air System Sizing Summary for Restrooms Restrooms UNDEF SZCAV Jan to Dec Calculated 110 109 0.32 30 0.09 4.2 110 110 0.42 MBH CFM CFM gpm CFM CFM CFM/ft2 CFM CFM/ft2 Number of zones Floor Area Location Zone CFM Sizing Space CFM Sizing Load occurs at BTU/(hr-ftz) Ent. DB / Lvg DB Fan motor BHP Fan motor kW Fan static CFM/person 1 344.5 fe Tacoma, Washington Sum of space airflow rates Individual peak space loads Des Htg 12.3 52.9 / 89.0 °F 0.00 BHP 0.00 kW 0.00 in wg 02/13/2015 12:38PM 0.00 CFM/person Page 9 of 12 Project Name: 001 Sportsman Prepared by: ESL Air System Information Air System Name ____ Equipment Class Air System Type Sizing Calculation Information Calculation Months Sizing Data Zone Sizing Data Zone Name Zone 1 1.4£ .t,*Ar.**.:.Li/NwAW!.1111tft' 1 Zone Terminal Sizing Data Space Loads and Airflows Zone Name / Space Name Zone 1 003 Bathroom 004 Bathroom Hourly Analysis Program v4.80 Zone Sizing Summary for Restrooms Restrooms UNDEF SZCAV Jan to Dec Calculated Maximum Cooling Sensible (MBH) 2.5 Design Airflow (CFM) 110 Number of zones Floor Area Location Zone CFM Sizing Space CFM Sizing Minimum Airflow (CFM) 110 Time of Peak Load Ju11700 No Zone Terminal Sizing Data required for this system. Mult. Cooling Sensible (MBH) 0.8 1.7 Time of Load Ju11500 Ju11700 Air Flow (CFM) 41 69 1 344.5 fe Tacoma, Washington Sum of space airflow rates Individual peak space loads Heating Load (MBH) 1.1 1.8 Maximum Heating Load (MBH) 2.9 Floor Area (ftz) 169.0 175.5 Zone Floor Area (ft2) 344.5 Space CFM/ft·2 0.24 0.39 02/13/2015 12:38PM Zone CFM/fe 0.32 Page 10 of 12 Project Name: 001 Sportsman Prepared by: ESL 1. Summary Ventilation Sizing Method Design Ventilation Airflow Rate 2. Space Ventilation Analysis Table Zone Name / Space Name Zone 1 003 Bathroom 004 Bathroom Totals (incl. Space Multipliers) Hourly Analysis Program v4.80 Mult. Floor Area (fF) Ventilation Sizing Summary for Restrooms Sum of Space OA Airflows 30 CFM 169.0 175.5 Maximum Occupants 0.0 0.0 Maximum Supply Air (CFM) 41.0 69.3 110.3 Required Outdoor Air (CFM/person) 7.50 0.00 Required Outdoor Air (CFM/ftz) 0.18 0.00 Required Outdoor Air (CFM) 0.0 0.0 Required Outdoor Air (% of supply) 0.0 0.0 Uncorrected Outdoor Air (CFM) 30.4 0.0 30.4 02/13/2015 12:38PM Page 11 of 12 Project Name: 001 Sporisman Prepared bv: ESL ZONE LOADS Window & Skylight Solar Loads Wall Transmission Roof Transmission Window Transmission Skylight Transmission Door Loads Floor Transmission Partitions Ceiling Overhead Lighting Task Lighting Electric Equipment People Infiltration Miscellaneous Safety Factor >> Total Zone Loads Zone Conditioning Plenum Wall Load Plenum Roof Load Plenum Lighting Load Return Fan Load Ventilation Load Supply Fan Load Space Fan Coil Fans Duet Heat Gain / Loss >> Total System Loads Central Heating Coil >> Total Conditioning Key: Hourly Analysis Program v4.80 Air System Design Load Summary for Restrooms DESIGN COOLING NO COOLING DATA NO COOLING OA DB / WB Sensible (BTU/hr)Details 8 ft2 328 ft2 0 ft2 8 ft2 0 ft2 O fF 338 ft2 0 ft2 0 ft2 0% / 0% 0% 0% 0% 0% Positive values are clg loads Negative values are htg loads Latent (BTU/hr) DESIGN HEATING HEATING DATA AT DES HTG HEATING OADB/WB 18.0 */14.8 T Sensible Latent Details (BTU/hr)(BTU/hr) 0 0 0 110 CFM 30 CFM 110 CFM 8 ft2 328 ft2 0 ff 8 ft2 0 F 0 ff 338 ft2 0 2 0 F 0 0 0 0 0% 0% 0 - 4243 - 4243 4243 Positive values are htg loads Negative values are clg loads 0 1434 0 0 2943 2678 0 0 0 0 1565 0 0 909 0 250 0 0 350 0 0 0 0 0 0 02/13/2015 12:38PM 0 0 0 0 0 0 0 0 Page 12 of 12 , 2012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Instructions for Electronic Forms 2012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Intro Energy Code Commercial Provisions Appendix A Start-up Overview Save Files Getting Around Filling Fields Personal- izing Adding Lines and Removing Printing Revised June 2013 Commercial Provision Chapters 1-4 of the 2012 Washington State Energy Code apply to all commercial occupancies, R-2 and R-3 occupanies greater than 3 stories above grade, and R-1 occupancy (all building heights). This file, MECH12.vl.XLS, has electronic compliance forms for mechanical provisions as defined in Sections C101 and C403. There are three companion files: ENV12-vl.XLS (Section C402 envelope requirements), LTG12-vl.XLS (Section C405 lighting systems requirements) and MTR12-vl.XLS (Section 0409 metering requirements). This form is a compliance aid and is not a substitute for the full energy code text or specific jursidiction compliance requirements. Users should refer to the code text and contact the local jurisdiction for complete information. The full 2012 WSEC code text is available for download from: https://fortress.wa.gov/qa/apps/SBCC/File.ashx?cid-2670 https//fortress.wa.gov/qa/apps/SBCC/File.ashx?cid=2672 Open a working copy of this file and be sure to use Save As to save it to a new file name and enable macros. Alternatively, you can save the file as a template in the XLSTART subdirectory in the EXCEL directory, and open new copies with the "File New" menu command. Look for "MECH12-vl" This workbook file contains multiple worksheets. Each worksheet is indicated by a tab at the bottom of the screen. You may visit each form by clicking on its tab. Most calculations are automated. The spaces which display the results of calculations are write-protected and cannot be edited. Each time you open this file and input information into the forms, you must save it under a new filename of your choosing using File Save As. The original template file cannot be altered. You may also save your own versions of the forms this way. Some forms have two pages (front and back). Both pages are available on screen when you click the tab for a form. Use the scroll bars to find the second page. It is either to the right, below, or sometimes to the right and below the first page. All general project information and the date are entered once on "MECH-SUM." This information is automatically replicated on all other MECH forms. The MECH-SUM form accompanies all other MECH forms. Only fillable fields are accessible. If you try to edit any other field, you'll get an error message. You may use the TAB key to move to the next fillable field. If the TAB doesn't take you where you want to go, use the mouse. A password is not required to complete these forms. Avoid excessively long text strings when entering information. In some cases, text that extends beyond the available space will simply not be seen. In most cases, the text will wrap within the cell. This may force part of the form onto a new page To enter the date, use this format: mm/dd/yyyy. For example, you would enter 7/1/2013 or 12/21/2014. Check boxes can be checked or unchecked by clicking in the box with your mouse. Radio buttons (circles) allow only one in a set to be selected. Drop-down lists have an arrow at the right side of the space. Click the arrow with your mouse and select the appropriate option. One of the options is a blank. When a form has a space for notes or explanation, click anywhere in the space to edit. You can personalize the forms with your company name, address, phone, or any other information. This is done by editing the footer in Excel. You can then save the file under a new template name and re-use it again. Many tables, such as for listing mechanical equipment types, have a certain number of lines for entering data. There may not always be enough lines for all the entries you need to make. Where this feature is available, you can add additional lines to the table by selecting the "+" button on the right had side of the table with your mouse. if you can't see it, scroll right (or change the View Zoom setting) To remove lines that you have added, click on the "-" button with your mouse. You cannot remove lines that were not added; an error appears if you try. If you add additional lines with this method, the pagination will usually be affected. The forms will be forced to carry additional lines over to other pages. Be sure to submit all pages to the plans examiner. The forms should print on any printer supported by Windows. You will need to have the following TrueType fonts installed under Windows: Arial, Times New Roman, Courier New and Wingdings. These are all standard Windows fonts. If you are losing form or flowchart details when printing, you may have a shortage of printer memory. Try printing problem pages individually. By default, only selected forms are printed. To select one or more forms, hold down the Ctrl key and click the tabs of the worksheets you need. Issue the File Print Selected Sheets command. To print the entire set, use File Print Entire Workbook. V'M€ C-,9--(30 il , 2012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Instructions for Electronic Forms 2012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Clean Forms Partial Form Sets Revised June 2013 It is possible to print clean, blank versions of these forms for hand filling. To do so, delete all of the heading information at the beginning of MECH-SUM. Make sure that all fillable cells in the forms are empty. Then print the clean forms. For each radio button group, there is a button labeled "Clear." Clicking this button will clear the other buttons so that they will print as empty circles. The "Clear" button will not print. Forms in a set may not be deleted, because the file is locked, but you need not print all the forms, as explained in "Printing" above. , 2012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Mechanical Summary MECH-SUM 2012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Revised June 2013 Project Info Project Address 121 N. Main Ave Date 1/24/2015 Ridgefield, WA 98642 For Building Dept. Use Project Description Briefly describe mechanical system type and features. Fl Includes Plans Compliance Option Equipment Schedules Cooling Equipment Schedule Equip.Equip ID Type Brand Namel iu/OU-1 AC TRANE Heating Equipment Schedule Equip.Equip ID Type Brand Namel iu/OU-1 eh-1 eh-2 f-1 f-2 GAS COVE COVE TRANE INDEECO INDEECO Fan Equipment Schedule Equip.Equip ID Type Brand Name CV 01 GREENHECK GREENHECK Applicant Name: Applicant Address: Applicant Phone: MK Development, LLC PO Box 643 Fox Island, Wa 98333 253-255-2175 Drawings must contain notes requiring compliance with commissioning provisions per Section C408 ® Simple System Complex System Systems Analysis The following information is required to be incorporated with the mechanical equipment schedules on the plans. For projects without plans, fill in the required information below. Model No.1 4TTR306OD Model No.1 TDH1D110 C-10512 C-10512 Model No.1 CW-060-VG CW-060-VG Service Water Heating Equipment Schedule Equip.Equip ID Type Brand Namel Model No.1 1KW 1KW Capacity Btu/h 60000 Capacity Btu/h 110000 CFM Input Capacity 150 150 OSA CFM or Econo? ECON OSA cfm or Econo? ECON 150 - 150 - 0.25 0.25 Sub- Category SEER or EER Input Btuh 13 - 110000 HP/BHP EF7 0.02 0.02 IPLf Output Btuh 104500 Flow Controls 07 CV Econmizer Option or Exception6 ECON Efficiency4 95 1 1 N N N N Heat Recovery Y/N Heat Recovery Y/N Location of Service RESTROOM RESTROOM Location of Service 1 If available.2 As tested according to Table C403.2.3(1)A thru C403.2.3(8).3 If required. 4 COP, HSPF, Combustion Efficiency, or AFUE, as applicable. 5 Flow control types: variable air volume (VA\0, constant volume (CV), or variable speed (VS). 6 Economizer exception number per Mechanical Permit Plans Checklist - Paae 1 of 3 2012 Washington State Energy Code Compliance Forms for Commercial, Group Rl, and > 3 story R2 and R3 Project Address 121 N. Main Ave The following information is necessary to check a mechanical permit application for commercial provision compliance with the 2012 WSEC NOTE: Define print area in Excel priorto printing MECH-CHK pages. Applicability Code Section Code Provision Information Required(yes,no,na) Equipment Sizing & Performance na na na na na na na na C403.2.1 C403.2.2 C403.2.5 C403.2.3 & C403.2.3.2 & C403.2.12.1 (403.2.13 (403.2.10 (403.2.10.3 & (403.2.13 C403.2.3 C403.2.1 C403.2.12.1.2 C403.2.3 C403.2.3.3 C403.2.3.4 Load calculations Equipment and system sizing Minimum ventilation Equipment minimum efficiency Electric motor efficiency Fan power limitation Fractional hp fan motors Maximum air cooled chiller capacity Non-standard water-cooled chillers Centrifugal fan cooling towers Forced air furnace and unit heaters Packaged electric heating/cooling equipment Humidification HVAC System Controls & Criteria na na na na na na na na na na na na na 6 C403.2.4.1 C403.2.4.1.1 C403.2.4.2 C403.2.4.3 C403.2.4.3.3 C402.4.5.2 & C403.2.4.4 (403.2.11 C403.2.4.5 C403.2.4.6 C403.2.4.7 C403.2.4.8/9 C403.2.5.1 C403.2.5.2 C403.2.5.3 C403.2.5.4.1 C403.2.5.4.2 C403.2.6.1 C403.2.6.2 C403.2.6.3 Thermostatic controls Heat pump supplementary heat Setpoint overlap (deadband) Automatic setback and shutdown Automatic (optimum) start Dampers Heating outside a building Snow melt systems Combustion heating equipment Group Rl hotel/motel systems Group R2/R3 dwelling unit systems Demand controlled ventilation Occupancy sensors Enclosed loading dock/parking garage ventilation Kitchen exhaust hoods Laboratory exhaust systems Energy recovery - ventilation systems Energy recovery - condensate systems Energy recovery - condenser systems GENERAL PROVISIONS Load calculations performed per ASHRAE Std 183 or equivalent per Chapter 3 Output capacity of heating and cooling equipment and systems do not exceed calculated loads, note exceptions taken Ventilation (natural or mechanical) provided per IMC; indicate mechanical ventilation is capable of being reduced to minimum requirement per IMC Provide equipment schedules or complete MECH-SUM tables with type, capacity, efficiency, test standard (or other efficiency source) for all mechanical equipment Provide equipment schedule with hp, rpm, efficiency for all motors; note except. Fan system motor hp or bhp does not exceed limits per Table (403.2.10.1(1) Indicate fan motors 1/12 to 1 hp are ECM type or meet minimum efficiency reg. Indicate air-cooled chiller capacity does not exceed air-cooled chiller limit Full-load and NPLV values for water-cooled centrifugal chiller adjusted for non-standard operational conditions Large capacity cooling towers with centrifugal fan(s) meet efficiency requirements for axial fan open circuit cooling towers Indicate intermittent ignition or lID, flue/draft damper & jacket loss List equipment required to be heat pumps on schedule Indicate method of humidification (note requirements for systems with economizer) Indicate locations of thermostatic control zones on plans, including perimeter systems Indicate staged heating (compression/supplemental) & outdoor lock-out temp Indicate 5°F deadband minimum for systems controlling both heating & cooling Indicate zone t-stat controls with required automatic setback & manual override Indicate system controls that adjust equip start time to match load conditions Indicate location of OSA, exhaust, relief and return air dampers, include AMCA rated leakage and control type (motorized or gravity: note exceptions Indicate radiant heat system and occupancy controls Indicate shut-off controls based on outdoor conditions Indicate modulating or staged control Indicate method for guest room automatic setback & set-up of 5°F minimum Indicate 5-2 programmable thermostats in primary spaces with minimum of two setback periods; note exceptions taken Indicate high-occupancy spaces and systems requiring DCV Indicate spaces requiring occupancy-based system control and method, or alternate means provided to automatically reduce OSA when partially Indicate enclosed loading dock and enclosed parking garage ventilation system activation and control method Indicate kitchen hoods requiring make-up air, indicate make-up air source and conditioning method Indicate lab exhaust systems requiring heat recovery, method & efficiency, or alternative method taken (VAV, semi-conditioned makeup, or CERM calculation) Indicate ventilation systems requiring ER, method & efficiency, note exceptions Indicate on-site steam heating systems requiring energy recovery Indicate remote refrig. condensers requiring ER and use of captured energy Date Location on Plans a3 a3 a3 a3 a3 a3 a3 a3 attach attach a3 MECH-CHK Revised June 2013 1/24/2015 Building Department Notes Project Name: 001 Sportsman Prepared by: ESL Air System Information Air System Name Equipment Class Air System Type Sizing Calculation Information Calculation Months ....------ Sizing Data Central Cooling Coil Sizing Data Total coil load Total coil load Sensible coil load Coil CFM at Jul 1500 Max block CFM Sum of peak zone CFM Sensible heat ratio ft2/Ton BTU/(hr-ft9 Water flow @ 10.0 * rise Central Heating Coil Sizing Data Max coil load Coil CFM at Des Htg Max coil CFM Water flow @ 20.0 °F drop Supply Fan Sizing Data Actual max CFM Standard CFM Actual max CFM/#2 Outdoor Ventilation Air Data Design airflow CFM CFM/ft2 Hourly Analysis Program v4.80 Air System Sizing Summary for AHU-1 AHU-1 SPLT AHU SZCAV Jan to Dec Calculated 4.9 59.4 59.4 2473 2473 2473 1.000 494.2 24.3 N/A 94.4 2473 2473 N/A 2473 2445 1.01 1260 0.52 Tons MBH MBH CFM CFM CFM MBH CFM CFM CFM CFM CFM/ff CFM C FM/ft2 Number of zones Floor Area Location Zone CFM Sizing Space CFM Sizing Load occurs at OA DB / WB Entering DB / WB. Leaving DB / WB CoiIADP Bypass Factor Resulting RH Design supply temp. Zone T-stat Check Max zone temperature deviation Load occurs at BTU/(hr-f12) Ent. DB / Lvg DB Fan motor BHP Fan motor kW Fan static CFM/person 1 2446.2 Tacoma, Washington Sum of space airflow rates Individual peak space loads Ju11500 86.0 / 65.0 82.3 / 65.2 59.8 / 57.3 57.3 0.100 50 55.0 1 of 1 0.0 Des Htg 38.6 42.5 / 78.3 0.00 0.00 0.00 ft2 °F 'E °F 'E °F % °F OK °F BHP kW in wg 02/13/2015 12:38PM 10.50 CFM/person Page 1 of 12 Project Name: 001 Sportsman Prepared by: ESL Air System Information Air System Name Equipment Class Air System Type Sizing Calculation Information Calculation Months Sizing Data Zone Sizing Data Zone Name Zone 1 Zone Terminal Sizing Data Space Loads and Airflows Zone Name / Space Name Zone 1 001 Addition 002 005 Corridor 007 Upstairs office Hourly Analysis Program v4.80 Zone Sizing Summary for AHU-1 AHU-1 SPLT AHU SZCAV Jan to Dec Calculated Maximum Cooling Sensible (MBH) 52.6 Design Airflow (CFM) 2473 Number of zones Floor Area Location Zone CFM Sizing Space CFM Sizing Minimum Airflow (CFM) 2473 Time of Peak Load Ju11500 No Zone Terminal Sizing Data required for this system. Mult. Cooling Sensible (MBH) 46.0 1.9 0.7 4.3 Ju11400 Jul 1500 Ju11700 Jul 1600 Time of Load Air Flow (CFM) 2153 87 33 201 1 2446.2 fF Tacoma, Washington Sum of space airflow rates Individual peak space loads Heating Load (MBH) 23.6 2.0 0.9 2.8 Maximum Heating Load (MBH) 29.3 1676.3 327.2 115.5 327.2 Floor Area (fF) Zone Floor Area (ft2) 2446.2 Space CFM/fF 1.28 0.27 0.29 0.61 02/13/2015 12:38PM Zone CFM/ft2 1.01 Page 2 of 12 Project Name: 001 Sportsmai Prepared by: ESL 1. Summary Ventilation Sizing Method .._---- Design Ventilation Airflow Rate 2. Space Ventilation Analysis Table Zone Name / Space Name Zone 1 001 Addition 002 005 Corridor 007 Upstairs office Totals (incl. Space Multipliers) Hourly Analysis Program v4 80 Mult. 1676.3 327.2 115.5 327.2 Floor Area (ff) Ventilation Sizing Summary for AHU-1 Sum of Space OA Airflows 1260 CFM Maximum Occupants 117.0 0.0 0.0 3.0 Maximum Supply Air (CFM) 2152.6 86.8 33.0 201.0 2473.5 Required Outdoor Air (CFM/person) 7.50 0.00 0.00 5.00 Required Outdoor Air (CFM/ftz) 0.18 0.12 0.06 0.06 Requi red Outdoor Air (CFM) 0.0 00 00 0.0 Required Outdoor Air (% of supply) 0.0 0.0 0.0 0.0 Uncorrected Outdoor Air (CFM) 1179.2 39.3 6.9 34.6 1260.1 02/13/2015 12:38PM Page 3 of 12 Project Name: 001 Sportsman Prepared by: ESL ZONE LOADS Window & Skylight Solar Loads Wall Transmission Roof Transmission Window Transmission Skylight Transmission Door Loads Floor Transmission Partitions Ceiling Overhead Lighting Task Lighting Electric Equipment People Infiltration Miscellaneous Safety Factor >> Total Zone Loads Zone Conditioning Plenum Wall Load Plenum Roof Load Plenum Lighting Load Return Fan Load Ventilation Load Supply Fan Load Space Fan Coil Fans Duet Heat Gain / Loss >> Total System Loads Central Cooling Coil Central Heating Coil >> Total Conditioning Key: Hourly Analysis Program v4.80 Air System Design Load Summary for AHU-1 DESIGN COOLING COOLING DATA AT Jul 1500 COOLING OA DB / WB 86.0 * / 65.0 °F Sensible Latent (BTU/hr)(BTU/hr)Details 135 fF 1648 ft2 2214 ft2 135 fF 0 ft2 84 ft2 2119 ft2 0 ft2 0 ft2 3028 W 0W 327 W 120 0%/0% 0% 0% 0% 2473 CFM 1260 CFM 2473 CFM 0% Positiv Negati 0 1116 27645 3139 0 0 52560 49366 0 0 0 0 10034 0 0 0 59399 59399 0 59399 e values are cig ve values are ht 3519 1991 4312 291 0 217 0 0 0 10331 loads g loads -12091 14655 -2565 0 0 12090 12090 0 0 0 DESIGN HEATING HEATING DATA AT DES HTG HEATINGOADB/WB 18.O f/14.8 T Sensible Latent (BTU/hr)(BTU/hr)Details 135 ft2 1648 #2 2214 ff 135 ft2 0 ft2 84 f12 2119 #2 0 F 0 F 0 0 0 0 0% 0 0 0 2473 CFM 1260 CFM 2473 CFM 0% Positiv Negati 4573 4012 2168 0 1616 2133 0 0 0 0 0 0 14837 0 0 29339 27138 0 0 0 0 67257 0 0 0 94395 0 94395 94395 e values are htg ve values are cl loads gloads 0 0 0 0 0 0 0 02/13/2015 12:38PM 0 0 0 Page 4 of 12 Project Name: 001 Sportsman Prepared by: ESL Air System Information Air System Name - Equipment Class Air System Type Sizing Calculation Information Calculation Months ._....---------------- Sizing Data Air System Sizing Summary for Mechanical Room Central Heating Coil Sizing Data Max coil load Coil CFM at Des Htg Max coil CFM Water flow @ 20.0 * drop ------_._-___ Supply Fan Sizing Data Actual max CFM at Des Htg Standard CFM Actual max CFM/fF Outdoor Ventilation Air Data Design airflow CFM CFM/ft2 Hourly Analysis Program v4.80 Mechanical Room UNDEF SZCAV Jan to Dec Calculated 1.6 34 34 0.16 34 34 0.28 15 0.12 MBH CFM CFM gpm CFM CFM CFM/fF CFM C FM/ft2 Number of zones Floor Area Location Zone CFM Sizing Space CFM Sizing Load occurs at BTU/(hr-ft2) Ent. DB / Lvg DB Fan motor BHP Fan motor kW Fan static CFM/person 1 122.5 ft2 Tacoma, Washington Sum of space airflow rates Individual peak space loads Des Htg 13.1 45.5 / 89.4 °F 0.00 BHP 0.00 kW 0.00 in wg 02/13/2015 12:38PM 0.00 CFM/person Page 5 of 12 Project Name: 001 Sportsman Prepared by: ESL Air System Information Air System Name - Equipment Class Air System Type Sizing Calculation Information Calculation Months.__------.---,--- Sizing Data.-_. Zone Sizing Data Zone Name Zone 1 Zone Terminal Sizing Data Space Loads and Airflows Zone Name / Space Name Zone 1 006 Mechanical Hourly Analysis Program v4.80 Zone Sizing Summary for Mechanical Room Mechanical Room UNDEF SZCAV Jan to Dec Calculated Maximum Cooling Sensible (MBH) 0.8 Design Airflow (CFM) 34 Time Of Load Number of zones Floor Area Location Zone CFM Sizing Space CFM Sizing Minimum Airflow (CFM) 34 Time of Peak Load Ju11700 1 122.5 fe Tacoma, Washington Sum of space airflow rates Individual peak space loads No Zone Terminal Sizing Data required for this system. Mult. Cooling Sensible (MBH) 0.8 Ju11700 Air Flow (CFM) 34 Heating Load (MBH) 09 Maximum Heall'HI Load (MBH) 0.9 Floor Area (ft2) 122.5 Zone Fluul Area (ft2) 122.5 Space CFM/#2 0.28 02/13/2015 12:38PM Zone CFM/ft2 0.28 Page 6 of 12 Project Name: 001 Sportsman Prepared by: ESL 1. Summary Ventilation Sizing Method _ Design Ventilation Airflow 9ate 2. Space Ventilation Analysis Table Zone Name / Space Name Zone 1 006 Mechanical Totals (incl. Space Multipliers) Hourly Analysis Program v4.80 Mult. Floor Area (ftz) Ventilation Sizing Summary for Mechanical Room Sum of Space OA Airflows 15 CFM 122.5 Maximum Occupants 0.0 Maximum Supply Air (CFM) 34.2 34.2 Required Outdoor Air (CFM/person) 0.00 Required Outdoor Air (CFM/ftz) 0.12 Required Outdoor Air (CFM) 0.0 Required Outdoor Air (% of supply) 0.0 Uncorrected Outdoor Air (CFM) 14.7 14.7 02/13/2015 12:38PM Page 7 of 12 Air System Design Load Summary for Mechanical Room Project Name: 001 Sportsman Prepared by: ESL ZONE LOADS Window & Skylight Solar Loads Wall Transmission Roof Transmission Window Transmission Skylight Transmission Door Loads Floor Transmission Partitions Ceiling Overhead Lighting Task Lighting Electric Equipment People In Iii tratiori Miscellaneous Safety Factor >> Total Zone Loads Zone Conditioning Plenum Wall Load Plenum Roof Load Plenum Lighting Load Return Fan Load Ventilation Load Supply Fan Load Space Fan Coil Fans Duct Heat Gain / Loss >> Total System Loads Central Heating Coil >> Total Conditioning Key: Hourly Analysis Program v4.80 nnIGN CON INA NO COOLING DATA NO COOLING OA DB / WB Sensible (BTU/hr)Details 4 ft2 55 ft2 0 ft2 4 ft2 0 ft2 0 ft2 116 fta 0 F 0 ft2 0%/0% 0% 0% 0% 0% Positive values are clg loads Negative values are htg loads Latent (BTU/hr) nFRIGN HFATING HEATING DATA AT DES HTG HEATINGOADB/WB 18.0 T /14.8 T Sensible Latent (BTU/hr)(BTU/hr) 0 0 0 34 CFM 15 CFM 34 CFM Details 4 ff 55 ft2 0 ft2 4 ft2 0 fF 0 ft2 116 #2 0 2 0 ft, 0 0 0 0 0% 0% Positive values are htg loads Negative values are clg loads 151 0 125 0 0 128 0 0 0 0 0 0 510 0 0 914 853 0 0 0 0 755 0 0 0 1608 1608 1608 0 0 0 0 0 0 0 02/13/2015 12:38PM 0 0 Page 8 of 12 Project Name: 001 Sportsman Prepared by: ESL Air System Information Air System Name ___ Equipment Class Air System Type Sizing Calculation Information Calculation Months -_ Sizing Data Central Heating Coil Sizing Data Max coil load Coil CFM at Des Htg Max coil CFM Water flow @ 20.0 °F drop _ _ Supply Fan Sizing Data Actual max CFM at Des Htg _ Standard CFM Actual max (DFM/f'2 Outdoor Ventilation Air Data Design airflow CFM CFM/ff Hourly Analysis Program v4.80 Air System Sizing Summary for Restrooms Restrooms UNDEF SZCAV Jan to Dec Calculated 30 0.09 4.2 110 110 0.42 110 109 0.32 MBH CFM CFM gpm CFM CFM GFM/fF CFM CFM/fF Number of zones Floor Area Location Zone CFM Sizing Space CFM Sizing Load occurs at BTU/(hr-ftz) Ent. DB / Lvg DB Fan motor BHP Fan motor kW Fan static CFM/person 1 344.5 W Tacoma, Washington Sum of space airflow rates Individual peak space loads Des Htg 12.3 52.9 / 89.0 °F 0.00 BHP 0.00 kW 0.00 in wg 02/13/2015 12:38PM 0.00 CFM/person Page 9 of 12 Project Name: 001 Sportsman Prepared by: ESL Air System Information Air System Name Equipment Class Air System Type Sizing Calculation Information Calculation Months Sizing Data Zone Sizing Data Zone Name Zone 1 11 ..p Ill11>11 Zone Terminal Sizing Data Space Loads and Airflows Zone Name / Space Name Zone 1 003 Bathroom 004 Bathroom Hourly Analysis Program v4.80 Zone Sizing Summary for Restrooms Restrooms UNDEF SZCAV Jan to Dec Calculated Maximum Cooling Sensible (MBH) 2.5 Design Airflow (CFM) 110 Number of zones Floor Area Location Zone CFM Sizing Space CFM Sizing Time of Peak Load Ju11700 No Zone Terminal Sizing Data required for this system. Mult. Cooling Sensible (MBH) 0.8 1.7 Jul 1500 Ju11700 Time of Load Minimum Airflow (CFM) 110 Air Flow (CFM) 41 69 1 344.5 W Tacoma, Washington Sum of space airflow rates Individual peak space loads Heating Load (MBH) 1.1 1.8 Maximum Heating Load (MBH) 2.9 Floor Area (fF) 169.0 175.5 Zone Floor Area (ft2) 344.5 Space CFM/ft2 0.24 0.39 02/13/2015 12:38PM Zone CFM/#2 0.32 Page 10 of 12 Project Name: 001 Sportsman Prepared by: ESL 1. Summary Ventilation Sizing Method Design Ventilation Airflow Rate 2. Space Ventilation Analysis Table /: Zone Name / Space Namg Zone 1 003 Bathroom 004 Bathroom Totals (incl. Space Multipliers) Hourly Analysis Program v4.80 Mult. Floor Area (ftz) Ventilation Sizing Summary for Restrooms Sum of Space OA Airflows 30 CFM 169.0 175.5 Maximum Occupants 0.0 0.0 Maximum Supply Air (CFM) 41.0 69.3 110.3 Required Outdoor Air (CFM/person) 7.50 0.00 Required Outdoor Air (CFM/ftz) 0.18 000 Required Outdoor Air (CFM) 0.0 0.0 Required Outdoor Air (% of supply) 0.0 0.0 Uncorrected Outdoor Air (CFM) 30.4 0.0 30.4 02/13/2015 12:38PM Page 11 of 12 Project Name: 001 Sportsman Prepared by: ESL ZONE LOADS Window & Skylight Solar Loads Wall Transmission Roof Transmission Window Transmission Skylight Transmission Door Loads Floor Transmission Partitions Ceiling Overhead Lighting Task Lighting Electric Equipment People In filtration Miscellaneous Safety Factor >> Total Zone Loads Zone Conditioning Plenum Wall Load Plenum Roof Load Plenum Lighting Load Return Fan Load Ventilation Load Supply Fan Load Space Fan Coil Fans Duct Heat Gain /Loss >> Total System Loads Central Heating Coil >> Total Conditioning Key: Hourly Analysis Program v4.80 Air System Design Load Summary for Restrooms DESIGN COOI ING NO COOLING DATA Nn rnOI ING O. A DB / WEI Sensible (BTU/hr)Details 8 ft2 328 ft2 0 fe 8 ft2 0 ft2 0 ft2 338 ft2 0 ft2 0 ft2 0%/0% 0% 0% 0% 0% Positive values are clg loads Negative values are htg loads jill 1, I'll,Ell'[11111, 111[ Latent (BTU/hr) DESIGN HEATING HEATING DATA AT DES I ITa HEATING OADO/WO 10.0 T /14.0 T Sensible Latent (BTU/hr)(BTU/hr)Details 8 ft2 328 fF 0 ft2 8 #2 0 ft2 O W 338 2 0 0 0 110 CFM 30 CFM 110 CFM 0 ft2 0 ff 0 0 0 0 0% 0% 909 0 250 0 0 350 0 0 0 0 0 0 1434 0 0 2943 2678 0 0 0 0 1565 0 0 0 4243 4243 4243 Positive values are htg loads Negative values are clg loads 0 0 0 0 0 0 0 02/13/2015 12:38PIVI 0 0 Page 12 of 12