Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Home
My WebLink
About
Permit File BLD-2021-0754 3708 Leeward Lane
JOB` Job Address City of Anacortes 904 6th Street P.0.Box 547 Anacortes, WA 98221-0547 (360) 293-1901 3708 LEEWARD LN ANACORTES WA 98221 Invoice/Permit #: BLD-2021-0754 Applied date Issue date Expire date Permit Type: Fire Sprinkler Permit Project: Remarks: INSTALL NFPA 13D MULTIPURPOSE FIRE SPRINKLER SYSTEM IN A NEW SFR. Owner: ZACHARY & PATRICIA MOSNER - FRIEDMAN Contractor: X-FIRE SECURITY Address: 4827 BEACH DR SW Address: 1511 KENTUCKY ST 09/09/2021 10/06/2021 04/04/2023 SEATTLE WA 98116 BELLINGHAM WA 98229-4718 Phone: (425) 242-8535 Phone: (360) 715-8088 License #: General Information: Fees: Building Valuation 11116 Building Permit Fee 209.25 Plan Review Fee 136.01 State Building Code Fee Comm 25,00 Total Calculated: 370,26 Deposits/Receipts: 0,00 Total Due: 370.26 The issuance or granting of this permit shall not be construed to be a permit for, or approval of, any violation of this Code or any other ordinance or order of the City, of any state or federal law, or of any order, proclamation, guidance advice or decision of the Governor of this State. To the extent the issuance or granting of this permit is interpreted to allow construction activity during any period of time when such construction is prohibited or restricted by any state or federal law, or order, proclamation, guidance advice or decision of the Governor of this State, this permit shall not authorize such work and shall not be valid. The building official is authorized to prevent occupancy or use of a structure where in violation of this Code, any other City ordinances of this jurisdiction or any other ordinance or executive order of the City, or of any state or federal law, or of any order, proclamation, guidance advice or decision of the Governor. The building official is authorized to suspend or revoke this permit if it is determined to be issued in error or on the basis of incorrect, inaccurate or incomplete information, or in violation of any City ordinance, regulation or order, state or federal law, or any order, proclamation, guidance or decision of the Governor. This permit becomes null and void if work or construction authorized is not commenced within 180 days or if construction work is suspended or abandoned for a period of 180 days at any time after work is commenced. I have reained this application and know the same to be true and correct. SIGNATURE OF OWNER OR AUTHORIZED AGENT vNFS Y o� PLANNING, COMMUNITY, & ECONOMIC DEVELOPMENT DEPARTMEIN I ? FIRE SPRINKLER PERMIT APPLICATION 7411!w Mailing Address. P.O. Box 547, Anacortes, WA 98221 coOffice Location: 904 61h Street, Anacortes WA 98821 Phone: (360) 2934901 PLEASE REFER TO THE FIRE SPRINKLER PERMIT CHECKLIST FOR SUBMITTAL REQUIREMENTS ❑ MODIFY EXISTING SYSTEM' INSTALL NEW SYSTEM ❑ UNDERGROUND FIRE LINE PROJECT ADDRESS (Street, Suite #): ic�8 L� � LA� •� " ' 1(l` Cf���> �i PARCEL(S) #: Q ���°4 PROJECT VALUATION: S APPLICANT: _ Pho Address (Street,. City, State, Zip): 1511 4toyfuc q S-H �Q� �ehu rrVy'P 15 Email Address: ro''e(+& :x�';r PROPERTY O �asne r E 1 ►eVl���,n A+r ��� � Pho � ay l - 8535 Address (Street, Co State, Zip): i � sae(" n'V`2 isvv,4l,?,A� 9 116 Email Address: CO TACT PERSO TUC V i Vv�n hone: 6 5 -odw Address (Stree , City, State, Zip): ail 4✓q spa + ;11 % 18�s Email Addre s: �� . x ,�..�,„\ cC►�-i ON RACTOCRi* >eCoYi P one• 366 '`l I5 ` Gf3 Address (Street, City, State, p 151 Kk r) ma-cl sheet btu W Baal Email Address ra e. � r mV,1ICU/Nos *All Contractors & subcontractors must have a valid City of Anacortes business license prior to doing work in the City. Contact the City's Finance Department at (360) 2994968. State ri er Certificate — ` 0 is nse #: iy Exp. Date: si ss L' e e #: Ex .Date: COMMERCIAL ❑ RESIDENTIAL OCCUPANCY CLASS: SPRINKLER STANDARD: 12 HAZARD CLASS: Is this work, associated with another project? Yes ❑ No ❑ If yes, specify: PROPOSEDWORK: h%l�— � oD I�AVImb'P'fr00� Fly, � U � t,iv Y�-S ic�A r7-F+c1 � I'tr�►mP - . r, V/ SAS°ri'►� I declare under penalty of perjury that the information I have provided on this form/application is time, correct, and complete, and that I am the property owner or duly authorized agent of the property owner to submit a permit application to the ity of Aacort Print Name: l iYu� Owner ❑ Al gentT (specify): eStG u✓ ` Signature: Date: f I dq ( PLANNING, COMMUNITY, & ECONOMIC DEVELOPMENT DEPARTMENT FIRE SPRINKLER PERMIT CHECKLIST Mailing Address: P.O. Box 547, Anacortes, WA 98221 Office Location: 904 6`' Street, Anacortes WA 98821 Phone: (360) 293-1901 Plans shall be of sufficient clarity to indicate the location, nature, and extent of the work proposed, and conform to the provisions of the adopted International Codes and City Ordinances. PERMIT TYPE: SUBMITTAL REQUIREMENTS: p The number indicates the number of copies for submittal (if applicable). �, p f V Fire Sprin1der Permit Application 1 1 Floor Plan (scaled construction drawings showing): 3 3 o Location of sprinkler heads, piping size and layout o Interior, exterior and underground fire sprinkler components o Indicate wet pipe or dry pipe system o System calculations & manufacturer's information on system components o Water flow and control valves o Site Plan (showing FDC & PIV locations) Final inspection & approval fi om the Fire Marshal and Building Inspector ✓ ✓ is required once work is complete —Requested by the applicant Underground & above ground installation certificate (provided after ✓ ✓ installed) Fire Sprinkler System Calculations 1511 Kentucky St, Bellingham, WA 98229 Job No: L-3675 Job Name: Mosner Friedman Building Type: Single Family Residence Location: 3708 Leeward Ln,Anacortes WA System Type: NFPA 13D 2019 ■ WASHINGTON STATE � j CERTIFICATE OF COMPETENCY ■ FIRE PROTECTION SPRINKLER SYSTiiitiw; V ■ a ■ Rodney L Durham i 8511-0705-A Level 1 ■ ■ X-Fire C i XFIRE"961 P oa ■ ERpires a i Signature 12/31/21 ■ ■ Designed by - 1511 Kentucky St, Bellingham, WA 98229 - 360.715.8088 L-3675 Mosner Friedman - Two Head Calculation - (H.24 H.25 Final Calculations - Summary Page 2 of 9 Tuesdav, Auoust 31, 2021 Hydraulic Design Information Sheet Job Name Mosner Friedman Opened Date 8/31/2021 Location 3708 Leeward Ln,Anacortes WA Job No L-3675 Building Type Single Family Residence Ceiling Height (ft) 9 Calculated By Rod Durham Construction Combustible Occupancy Residential System Design Type of Calculation NFPA 13D 2019 Listed Flow at Start Point (gpm) Listed Pressure at Start Point (ps Maximum Listed Spacing (ft) Domestic Flow (gpm) Elevation at Highest Outlet (ft) Calculation Summa Flowing Sprinkler Heads Flow Required (gpm) Pressure Required (psi) At Reference Point Overhead C-Factor Used Underground C-Factor Used Water Supply Water Flow Test: Static Pressur 70.000 Residual Pres 65.000 Flow (gpm) 32.000 Elevation (ft) 92 Manifold &Water Flow Switch 13.000 System Type 9.100 Sprinkler Make 16 Sprinkler Model 0.000 Sprinkler Size (in) 116 Sprinkler K-Factor Temp. Rating (OF) Coverage Area (ft) Listed Flow (gpm) H.24 H.25 26.000 36.249 PUMP 150 150 Additional Pressure Loss (psi) 4.60 Wet Reliable RFC43 0.50 4.3 165 256 13.000 L-3675 Mosner Friedman - Two Head Calculation - (H.24 H.252 Page 3 of 9 Final Calculations - Water Supply Curve Tuesday, August 31, 2021 100 70 i m 50 Coil 30 20 .N �10 a� N N N a` 0 p� z ■ r ■ s 0'5 10 15 20 15 Flow (N 1.85) (gpm) Fig �--a Demand Curve Required Pressure: 36.249 psi @ 26.000 gpm Required Flow: 26.000 gpm �® Supply Curve Static Pressure: 70.000 psi @ 0.000 gpm Residual Pressure: 65.000 psi @ 32.000 gpm Available Flow: 32.000 gpm � m vA u Pe Pressure Cushion Available Pressure: 66.595 psi @ 26.000 gpm Pressure Cushion: 30.346 psi •®000ao�000r.�aor�aoac�oaa�c�a000ao o WASHIII�uC�G� uG1`u� o p CERTIFICATE OG' G�[l,'�f?f='��Cl7�S1 0 o FARE PROTECTIONG G�iG�C3�,GES/4Li:;a 0 Rodney L Durham n 0 8511-0705-A X Level 0 -Fire ��3��/ 0 XFIRE°°961 �a ■ no Expires a ■ ignature 12/31/29 0 a �■■�rrrr�r®©r�c���t•■rrrr■®000000 L-3675 Mosner Friedman - Two Head Calculation - (H.24 H.252 Page 4 of 9 Final Calculations - Nodes Tuesday, August 31, 2021 Actual Actual Elev, Press, Flow Node No. (ft) (psi) (gpm) Model-Coverage(DxW)-Temperature S.0 9200 31.577 0.000 SOURCE H.1 99.0 28.527 0.000 RFC43-2020-165 D.T.1 99.0 28.481 0.000 Rehau PEX 1,00in Dom Tee R.1.A 99.0 28.474 0.000 L.1 99.0 28.454 0.000 CPVC 1.50in 90 Ell T.1 99.0 28.371 0.000 CPVC 1.598x1.598x0.875in Tee H.2 99.0 28.535 0.000 RFC43-1818-165 D.T.2 99.0 28.393 0.000 Rehau PEX 1.00in Dom Tee R.2.A 110.0 23.704 0.000 L.2 99.0 28.258 0.000 CPVC 1.50in 90 Ell H.3 99.0 28.542 0.000 RFC43-1818-165 R.3.1B 99.0 28.431 0.000 L.3 110.0 23.136 0.000 CPVC 1.50in 90 Ell T.3 110.0 22.922 0.000 CPVC 0.875x0.875x1.598in Tee D.T.3 110.0 18.960 0.000 Rehau PEX 1.00in Dom Tee HA 99.0 28.386 0.000 RFC43-1212-165 R.4. B 110.0 23.673 0.000 D.TA 110.0 20.960 0.000 Rehau PEX 1.00in Dom Tee H.5 99.0 28.391 0.000 RFC43-1212-165 R.S.0 99.0 28.179 0.000 H.6 99.0 28.398 0.000 RFC43-1616-165 R.6.0 110.0 23.217 0.000 H.7 99.0 28.406 0.000 RFC43-1616-165 H.8 99.0 28.511 0.000 RFC43-1616-165 H.9 99.0 28.506 0.000 RFC43-1616-165 H.10 99.0 28.516 0.000 RFC43-1616-165 H.11 99.0 28.501 0.000 RFC43-1616-165 H.12 99.0 28.412 0.000 RFC43-1212-165 H.13 99.0 28.477 0.000 RFC43-1616-165 H.14 99.0 28.492 0.000 RFC43-1818-165 H.15 99.0 28.484 0.000 RFC43-1616-165 H.16 110.0 22.385 0.000 RFC43-1212-165 H.17 110.0 21.113 0.000 RFC43-2020-165 H.18 110.0 21.240 0.000 RFC43-2020-165 H.19 110.0 18.740 0.000 RFC43-1616-165 H.20 110.0 19.826 0.000 RFC43-1616-165 H.21 110.0 23.701 0.000 RFC43-1616-165 H.22 110.0 23.694 0.000 RFC43-1616-165 H.23 110.0 23.685 0.000 RFC43-1616-165 H.24 115.0 9.506 13.000 RFC43-1616-165 H.25 116.0 9.100 13.000 RFC43-1616-165 H.26 116.0 12.051 0.000 RFC43-1616-165 H.27 115.0 13.168 0.000 RFC43-1616-165 H.28 115.0 15.797 0.000 RFC43-1616-165 H.29 116.0 14.681 0.000 RFC43-1616-165 H.30 99.0 28.417 0.000 F1 R44A6-1212-155 H.31 99.0 28.425 0.000 RFC43-1212-165 L-3675 Mosner Friedman - Two Head Calculation - (H.24 H.252 Page 5 of 9 Final Calculations - Nodes Tuesday, August 31, 2021 Actual Actual Elev, Press. Flow Node No. (ft) (psi) (gpm) Model-Coverage(DxW)-Temperature H.32 110.0 17.540 0.000 RFC43-1616-165 H.33 110.0 18.734 0.000 RFC43-1616-165 FT.24 115.0 10.539 0.000 Rehau PEX 1,00in Sprinkler Tee FT.25 116.0 10.133 0.000 Rehau PEX 1.00in Sprinkler Tee L-3675 Mosner Friedman - Two Head Calculation - (H.24 H.252 Page 6 of 9 Final Calculations - Pipes Tuesday, August 31, 2021 Pipe# Hyd. Qa Dia. Fitting Pipe Pt Notes Ref. C-Factor Fittings Pe Point Qt Pf/UL +PrLoss. Total Pf p31 S.0-25.223 0.875 5.149 28.542 to 150 1 H 0.500 3.032 Vel = 0.4 H.3 0.777 0.0005 0.00 5.649 0.003 sup0 PUM 0.000 1.598 4.000 31.577 to 150 MNF 0.000 0.000 Vel = 4.2 S.0 26.000 0.0180 4.60 4.000 0.072 p26 H.3 0.000 0.875 13.517 28.535 to 150 2H 1.000 0.000 Vel = 0.4 H.2 0.777 0.0005 0.00 14.517 0.007 p16 H.2 0.000 0.875 13.226 28.527 to 150 2H 1.000 0.000 Vel = 0.4 H.1 0.777 0.0005 0.00 14.226 0.007 p9 H.1 0.000 0.875 21.305 28.516 to 150 2H 1.000 0.000 Vel = 0A H.10 0.777 0.0005 0.00 22.305 0.011 p2 H.10 0.000 0.875 8.468 28.511 to 150 2H 1.000 0.000 Vel = 0A H.8 0.777 0.0005 0.00 9.468 0.005 p3 H.8 0.000 0.875 9.871 28.506 to 150 2H 1.000 0.000 Vel = 0.4 H.9 0.777 0.0005 0.00 10.871 0.006 p4 H.9 0.000 0.875 8.468 28.501 to 150 2H 1.000 0.000 Vel = 0.4 H.11 0.777 0.0005 0.00 9.468 0.005 p5 H.11 0.000 0.875 16.003 28.492 to 150 2H 1.000 0.000 Vel = 0.4 H.14 0.777 0.0005 0.00 17.003 0.009 p6 H.14 0.000 0.875 14.866 28.484 to 150 2H 1.000 0.000 Vel = 0.4 H.15 0.777 0.0005 0.00 15.866 0.008 p7 H.15 0.000 0.875 3.635 28.481 to 150 1 H 1 R 1.200 0.000 Vel = 0A D.T.1 0.777 0.0005 0.00 4.835 0.002 p23 D.T.1 0.000 0.875 8.159. 28.477 to 150 1 H 1 R 1.200 0.000 Vel = 0.4 H.13 0.777 0.0005 0.00 9.359 0.005 p24 H.13 0.000 0.875 5.113 28.474 to 150 1 H 0.500 0.000 Vel = 0.4 Rol 0.777 0.0005 0.00 5.613 0.003 i0 R.1.A 0.000 0.875 11.000 23.704 to 150 0.000 4.764 Vel = 0.4 R.2.A 0.777 0.0005 0.00 11.000 0.006 p21 R.2.A 0.000 0.875 5.667 23.701 to 150 1 H 0.500 0.000 Vel = 0.4 H.21 0.777 0.0005 0.00 6.167 0.003 p18 H.21 0.000 0.875 12.332 23.694 to 150 2H 1.000 0.000 Vel = 0.4 H.22 0.777 0.0005 0.00 13.332 0.007 L-3675 Mosner Friedman - Two Head Calculation - (H.24 H.252 Page 7 of 9 Final Calculations - Pipes Tuesday, August 31, 2021 Pipe# Hyd. Qa Dia. Fitting Pipe Pt Notes Ref. C-Factor Fittings Pe Point Qt Pf/UL +PrLoss. Total Pf p20 H.22 0.000 0.875 15.921 23.685 to 150 2H 1.000 0.000 Vel = 0.4 H.23 0.777 0.0005 0.00 16.921 0.009 p22 H.23 0.000 0.875 23.678 23.673 to 150 1 H 0.500 0.000 Vel = 0.4 R.4. B 0.777 0.0005 0.00 24.178 0.012 i1 R.4.B 0.000 0.875 11.000 28.431 to 150 0.000 4.764 Vel = 0.4 R.3. B 0.777 0.0005 0.00 11.000 0.006 p25 R.3.B 0.000 0.875 11.569 28.425 to 150 1 H 0.500 0.000 Vel = 0.4 H.31 0.777 0.0005 0.00 12.069 0.006 p8 H.31 0.000 0.875 15.326 28.417 to 150 2H 1.000 0.000 Vel = 0.4 H.30 0.777 0.0005 0.00 16.326 0.008 p11 H.30 0.000 0.875 8.315 28.412 to 150 2H 1.000 0.000 Vel = 0.4 H.12 0.777 0.0005 0.00 9.315 0.005 p12 H.12 0.000 0.875 11.474 28.406 to 150 2H 1.000 0.000 Vel = 0.4 H.7 0.777 0.0005 0.00 12.474 0.006 p10 H.7 0.000 0.875 12.988 28.398 to 150 2H 1.000 0.000 Vel = 0.4 H.6 0.777 0.0005 0.00 13.988 0.007 p14 H.6 0.000 0.875 9.120 28.393 to 150 1 R1 H 1.200 0.000 Vel = 0.4 D.T.2 0.777 0.0005 0.00 10.320 0.005 p13 D.T.2 0.000 0.875 2.492 28.391 to 150 1 H1 R 1.200 0.000 Vel = 0.4 H.5 0.777 0.0005 0.00 3.692 0.002 p15 H.5 0.000 0.875 9.277 28.386 to 150 2H 1.000 0.000 Vel = 0.4 H.4 0.777 0.0005 0.00 10.277 0.005 p32 HA 0.000 0.875 22.311 28.371 to 150 1 B1 H 8.000 0.000 Vel = 0.4 Tel 0.777 0.0005 0.00 30.311 0.016 p39 FT.25 11.065 0.875 38.619 17.540 to 150 1 R1 H 1.000 2.599 Vel = .8.0 H.32-14.935 0.1214 0.00 39.619 4.808 p35 H.32 0.000 0.875 8.837 18.734 to 150 2H 1.000 0.000 Vel = .8.0 H.33-14.935 0.1214 0.00 9.837 1.194 p36 H.33 0.000 0.875 18.602 21.113 to 150 2H 1.000 0.000 Vel = -8.0 H.17-14.935 0.1214 0.00 19.602 2.379 p46 H.17 0.000 0.875 13.711 22.922 to 150 1 H 1 R 1.200 0.000 Vel = -8.0 T.3-14.935 0.1214 0.00 14.911 1.810 L-3675 Mosner Friedman - Two Head Calculation - T 24 H.252 Page 8 of 9 Final Calculations - Pipes Tuesday, August 31, 2021 Pipe# Hyd. Qa Dia. Fitting Pipe Pt Notes Ref, C-Factor Fittings Pe Point Qt Pf/UL +PrLoss. Total Pf p29 T.1-26.000 1.598 2.052 28.258 to 150 1 R 1 L 4.200 0.000 Vel = 4.2 L.2 26.000 0.0180 0.00 6.252 0.113 p28 L.2 0.000 1.598 0.888 28.179 to 150 1 L 3.500 0.000 Vel = 4.2 R.5.0 26.000 0.0180 0.00 4.388 0.079 i2 R.5.0 0.000 1.598 11.000 23.217 to 150 0.000 4.764 Vel = 4.2 R.6.0 26.000 0.0180 0.00 11.000 0.198 p41 R.6.0 0.000 1.598 0.987 23.136 to 150 1 L 3.500 0.000 Vel = 4.2 L.3 26.000 0.0180 0.00 4.487 0.081 p42 L.3 0.000 1.598 0.852 22.922 to 150 1 L1 B 11.000 0.000 Vel = 4.2 T.3 26.000 0.0180 0.00 11.852 0.214 p27 T.1-26.777 1.598 0.699 28.454 to 150 1 L1 R 4.200 0.000 Vel = -4.0 L.1-25.223 0.0170 0.00 4.899 0.083 p30 L.1 0.000 1.598 1.843 31.577 to 150 1 L 3.500 3.032 Vel = 4.0 S.0-25.223 0.0170 0.00 5.343 0.091 p45 T.3 40.935 0.875 6.513 22.385 to 150 1 R1 H 1.200 0.000 Vel = 5.9 H.16 11.065 0.0697 0.00 7.713 0.537 p43 H.16 0.000 0.875 15.426 21.240 to 150 2H 1.000 0.000 Vel = 5.9 H.18 11.065 0.0697 0.00 16.426 1.144 p49 H.18 0.000 0.875 2.823 20.960 to 150 1 H1 R 1.200 0.000 Vel = 5.9 D.T.4 11.065 0.0697 0.00 4.023 0.280 p44 D.T.4 0.000 0.875 15.072 19.826 to 150 1 H 1 R 1.200 0.000 Vel = 5.9 H.20 11.065 0.0697 0.00 16.272 1.134 p48 H.20 0.000 0.875 11.230 18.960 to 150 1 R1 H 1.200 0.000 Vel = 5.9 D.T.3 11.065 0.0697 0.00 12.430 0.866 p47 D.T.3 0.000 0.875 1.961 18.740 to 150 1 R1 H 1.200 0.000 Vel = 5.9 H.19 11.065 0.0697 0.00 3.161 0.220 p40 H.19 0.000 0.875 10.155 15.797 to 150 2H 1.000 2.166 Vel = 5.9 H.28 11.065 0.0697 0.00 11.155 0.777 p34 H.28 0.000 0.875 8.809 14.681 to 150 2H 1.000 0.433 Vel = 5.9 H.29 11.065 0.0697 0.00 9.809 0.683 p37 H.29 0.000 0.875 26.929 13.168 to 150 2H 1.000 0.433 Vel = 5.9 H.27 11.065 0.0697 0.00 27.929 1.946 L-3675 Mosner Friedman - Two Head Calculation - (H.24 H.252 Page 9 of 9 Final Calculations - Pipes Tuesday, August 31, 2021 Pipe# Hyd. Qa Dia. Fitting Pipe Pt Notes Ref, C-Factor Fittings Pe Point Qt Pf/UL +PrLoss. Total Pf p33 H.27 0.000 0.875 8.809 12.051 to 150 2H 1.000 0.433 Vel = 5.9 H.26 11.065 0.0697 0.00 9.809 0.683 p38 H.26 0.000 0.875 26.929 10.539 to 150 1 H1 R 1.000 0.433 Vel = 5.9 FT.24 11.065 0.0697 0.00 27.929 1.946 p17 FT.24 1.935 0.875 8.809 10.133 to 150 2R 1.000 0.433 Vel = -1.0 FT.25 -1.935 0.0028 0.00 9.809 0.027 hp24 H.24 0.000 0.875 0.000 10.539 to 150 1 H 1 B 11.000 0.000 Vel = 6.9 FT.24 13.000 0.0939 0.00 11.000 0.000 hp25 H.25 0.000 0.875 0.000 10.133 to 150 1 H 1 B 11.000 0.000 Vel = 6.9 FT.25 13.000 0.0939 0.00 11.000 0.000 f ��� �� Bulletin 006 Rev. K February 2017 Reliable Model RFC Series Residential Sprinklers Flat Cover Plate, Concealed Pendent Sprinkler Product Features • cULus Listed as Residential Sprinklers • Push -On cover plate installation • Low water flow requirements Product Des��iption Model RFC Series residential sprinklers are flat cover plate, concealed pendent sprinklers intended for installation in accordance with NFPA 13, NFPA 13R, or NFPA 13D. The sprinklers are cULus Listed as Residential Sprinklers in ac- cordance with UL 1626. Model RFG30, RFC43, and RFC49 sprinklers have a 165°F (74°C) temperature rated fusible -link operating element. Model RFC58 sprinklers are offered with either a 165°F (74°C) or 212°F (100°C) temperature rated fusible -link op- erating element. Sprinklers with a 165°F (74°C) temperature rating are ordinary temperature classification and should be used with a 135°F (57°C) temperature rated cover plate. Sprinklers with a 212°F (100°C) temperature rating are inter- mediate temperature classification and should be used with a 165°F (74°C) temperature rated cover plate. Model RFC Series sprinklers are installed with a Model RFC cover plate. Model RFC cover plates may be installed by either pushing or threading the cover plate into the sprinkler cup. Model RFC30, RFC43, and RFC49 sprinklers allow 1/2" (13 mm) of cover plate adjustment. Model RFC58 sprinklers allow 3/4" (19 mm) of cover plate adjustment. Model RFC cover plates are available in a variety of finishes as listed in Table H. In addition, Model RFC cover plates may be ordered as either traditional solid cover plates or perforated cover plates. Model RFC49 Model RFC Gover Plate cULus Listed Model RFC43 Model RFC58 Sprinkler Model Nominal K-Factor gpm/psi12 (Umin/bar12) Max. Coverage Area ft x ft (m x m) Sprinkler Identification Number (SIN) RFC30 3.0 (43.2) 14 x 14 (4.3 x 4.3) RA0611 RFC43 4.3 (62) 20 x 20 (6.1 x 6.1) RA0612 RFC49 4.9 (70,6) 20 >: 20 (6.1 x 6.1) RA0616 RFC58 5.8 (84) ?_0 x 20 (6.1 x 6.1) RA0613 www.reliablesprinkler.com Technical Specifications Style: Flat Concealed Pendent Threads: 1/2" NPT or ISO 7-1 R1/2 Nominal K-Factor: 4.3 (62 metric) Max. Working Pressure: 175 psi (12 bar) Min. Spacing: 8 ft. (2.4 m) Material Specifications Thermal Sensor: Nickel Alloy Solder Link Sprinkler Body: Brass Alloy Levers: Bronze Alloy Yoke: Brass Alloy Sealing Assembly: Nickel Alloy with PTFE Load Screw: Bronze Alloy Towers: Copper Alloy Pins: Stainless Steel Deflector: Bronze Alloy Cup: Steel Threads — Body —� cup -� Tower Fusible Link — Deflector (retracted) Pin (extended) Deflector (extended) - Cover Plate Finishes (See Table H) Sensitivity Fast -response Temperature Rating 1650F (74°C) sprinkler 1350F (57°C) cover plate Cover Plate Model RFC cover plate Sprinkler Wrench Model FC Listings and Approvals cULus Listed +/-1/4" {6 mm} Nominal face of fining to ceiling Mode! ftFC Cover Plate r 3-511fi" (84 mn) Dia. Ceiling Model RFC43 Sprinkler Hydraulic Design Criteria •' Minimum Flow and Residual Pressure Max. Coverage Area Flow Pressure ft. x ft. gpm psi (m x m) (1/min) (bar) 12 x 12 12 T8 (3.6 x 3.6) (45) (0,54) 14 x 14 13 9A (4.3 x 4.3) (49) (0.63) 16 x 16 13 901 (4.9 x 4.9) (49) (0.63) 18 x 18 18 17.5 (5.5 x 5.5) (68) 20 x 20 21 23.8 (6.1 x 6.1) (79) (1,64) Notes: 1, For NFPA 13 installations the flow per sprinkler must be the greater of: (1) the flow listed in Table C above. and (2) the flow required to achieve a minimum design density of 0.1 gpmisq ft over the design area of the sprinkler. 2. For average area dimensions less than those listed above, use the minimum required flow for the next larger max, coverage area listed. Bulletin 006 Rev. K ��' Page 3 of 7 February 2017 �..®®..� www.reliablosprinkier.com lab Bulletin 033 February 2019 O Model F1 RES LL Residential Sprinklers Specifically Listed for use in Multipurpose Systems that serve both domestic water and fire protection. Types: 1. F1 Res 30 LL Pendent 2. F1 Res 30 LL Recessed Pendent/F2 3. F1 Res 30 LL Recessed Pendent/FP 4. F1 Res 49 LL Pendent 5, F1 Res 49 LL Recessed Pendent/F1 6. F1 Res 49 LL Recessed Pendent/FP 7. F1 Res 58 LL Pendent 8. F1 Res 58 LL Recessed Pendent/F1 9. F1 Res 58 LL Recessed Pendent/FP 10. F1 Res 30 LL CCP Pendent 11. F1 Res 49 LL CCP Pendent 12. F1 Res 58 LL CCP Pendent 13, F1 Res 44 LL HSW 14, F1 Res 44 LL Recessed HSW/F2 15. F1 Res 58 LL HSW 16. F1 Res 58 LL HSW Recessed HSW/F2 17, F1 Res 44 LL SWC Pendent/F1,F1 Res 30 LL Recessed PendentiF2 Listings &Approvals � 1. Listed by Underwriters Laboratories Inc. and UL Certified for Canada (cULus) for Safety to ANSI/ UL1626. 2. Certified by Underwriters Laboratories, Inc. and Under- writers Laboratories of Canada for Health Effects to NSF/ ANSI Standard 61 Annex G (Less than 0.25% Lead Con- tent,) 3. WaterMark certified. WaterMark Certificate Number 23347 Additional Bulletins applicable to all Fi RES LL Sprinklers • Wall Wetting - Bulletin 007 • Design and Installation - Bulletin 140 UL Listing Category. Residential Automatic Sprinkler UL Guide Number VKKW Patents US Patent No. 6;516,893 applies to the Model F1 Res 49 LL & 58 LL Pendent Sprinklers Other patents pending. LL Recessed Nendent/t-N Recessed HSW/F2 Pendent C:C:R Nendent P.S SWC Product Description Model F1 Res LL Pendent sprinklers (Figs. 1, 2, 3, & 4) are fast response sprinklers combining excellent durability, high sensitivity glass -bulb and low profile decorative design. The F1 Res LL Horizontal Sidewall sprinklers (Figs. 5, & 6) are equally attractive when above ceiling piping cannot be used. The 3mm glass -bulb pendent sprinklers permit the efficient use of residential water supplies for sprinkler coverage in resk dential fire protection design. The low flow F1 Res LL sprinklers are specially engineered for fast thermal response to meet the sensitive fire protection application needs of the latest residential market standards (UL 1626 Standard). Upon fire conditions, rising heat causes a sprinkler's heat -sensitive glass -bulb to shatter, releasing the waterway for water flow onto the deflector, evenly distributing the discharged water to control a fire. Technical Data: * Thermal Sensor: Nominal 3mm glass -bulb • Sprinkler Frame : Brass • Sprinklers' Pressure Rating : 175 psi Factory Hydrostatically Tested to 500 psi • Thread Size: 1/2" NPT (RI/2) • K-Factor: 3.0 (Actual) - F1 Res 30 LL Pendent Sprinkler 4.9 (Actual) - F1 Res 49 LL Pendent Sprinkler 5.8 (Actual) - F1 Res 58 LL Pendent & HSW Sprinkler 4.4 (Actual) - F1 Res 44 LL HSW Sprinkler Reliable ��Aatomatic Sprinkler Co., Inc., 103 Fairview Park Drive, Elmsford, New York 10523 4" to 72" I1O1.6Gmm To ff4" (3f.75mm7 Mar;mum 3O4.BOmm) Foce Of Fiti%ng F' PUSH ON CCVE'R, FH£'N To {YnJ! Dimensicn � TURN TO Ap✓UST UNTIL '; f:rh _ TIGHT AGAINST WALt. t' .# I/2' Reaucer �----1 ;✓//�`1{;� Recommended � �\" ; Wclf Hole 2 5/I6" .).�" � ' [' 5/8' (58.74mm) �—F--- - - ---F- 3 5/16" (66.627mmj DJa � � (Bd.T4mmj Dio. � ,, � Dio. _ --' •r 1 TURN COLLAR UNTIL ����� " ! TIGHT ACAlN$T SPRlNXLER f 21/32• WRf.NCH FiO55. �- (42.O7mm.) r3ercd� —► f/2" (I2.7Omm) Adjustment F1 RES 44 SWC Fig. 5 Technical Data: F1 Res 44 SWC Naminal '��' �.T Max T� � orifice Pr�xe �' K AmbrentTemp, Inch_._......._...9..._..._.........--- - pei Favor Inch {mm) "F �C `� °C {bar} "F � {mm) Iz" NPT %" (iQ) t55 i fi8 135 57 175 (12) 100 38 4.4 2.45 (62) ��) Max Sprinkler � Flaw � Sprinkler Spacing ceiling -to- gpm C�ressure � Identification ft {m} InDcefhlemt� {rpm) psi {bar) ;Number (SIN} '2 x 1?_ (3.6x3.E) 13 (4�.?_j^ 8.7 (0.60) _'4x1l1(4.3>:4.3) 14{53.0) 10.2(0.71) '6x1fi(4ax�G.9)_ 4-G 17 64.3) 15.0(11} G x 1E3 (4 Ux5.5) 19 (71.8�_ 18.7_(1.13) _ ,_ _ G x 20 (4.9x6.1) 23 (87.1) 27.4 (1.89j R3531 _. �2 x 12 (3.bx3.o) 14 (52.0) 10.2 (0.71 j i i i 4 x 14 4.3x4.3 t� - 12 15 (56.7) 11.7 (0.81) j ' i6 x 16 (4 �x4.9) (1v2-30il) 18 (68.1) 16.8�1 16) - _ __- 16 x 18 4.9x5.5 2.0 75.E 20.7 1.43 REHHU ;; Unlimited Polymer Solutions FIREPEXO RESIDENT! AL FIRE SPRINKLER SYoTEM Design and Installation Gc: F 5� rim �i R a f� b ti ""'w+ry3 ! �1 r -1 � ' ' � 1 2.1 Applications Tiie FIRFPEY, residential fire sprir?k(er system ser,+es the r+:;luir�:rnerits fcr fire sprinkler systems as defined by fdation;?i Fire ='rote+.;tion laSSOGIatiOn (P�it',Ti) �T'?tt(13:"l � 51) IJ1St?riairi;il Cf;>�!i?;riiE;t" ter;Sir r7i.5' 7)? Cne- aril Ti�lo-Fat?:i(}+ i,r-vall,r�s and r'i�anrJ�rvitne��i Ho?�es and he lrri�"rrrafivl'r��?t �esr'tle!=t:ai Cede Sept;�r, (IFsCj F29v4. .tha purciose cf PlFi'A 13t) and IF?C P29(i4 i�:, to provide a sprinkler sys �ni that _:ids in ,.lie detecti:tn quid contr;ti of residential tiros, thus affeririy in ipre�fed itratection against injury ar?d loss of lit?. A sprir?kl?r system that is designed and installed in ac^ordance �:••�iith .his standard is exile: ti=;i n pre;runt flas�i;ti1c�r itatal im,lolv'mi;nt of he fire) in ho ruoni of lien origin; l,�rerr sprinkii;red; `�r?d .o improve tiie chance for occuf?ants trt escap; or be ?vacu.?r;ri. r?At1PEX lzdhiie 11V shieii pipe anti EVF.Nt.(:?(,'+fittings art; approved for use in residential fire sprir7kirr sy,�tt:ri€s as defined h!J �kFPA 1�d antf IFiC P29ti�r f?r a �J sriety o" residential apt?lications it?ciuding singie- or t.v,,-frnily �or>1as, toevn homes; ma:iuiar hontas and manufactured iiurisuig. r1C7. L.1; ;-;;?cF'tX li„i{B�I�iI?n;; 2.2 Types of Fire Sprinkler Systems the NFPA 13D standarc categorizes afi fire sftrinkler syster?is 4ttithin tvvc ger?eral types: vet pipe s:,so�ns ariil dr't pipe systems. -1.ret pips s;+stores a,� fil(ori �aitia a�rster and installed in nzas no` subject to treezir'r_7• - DrSf C;il_;e s;+sterns are n{�t filied 1^�itl i t+at2r; dnCi t:3n i?� iUrde;i Tn unheated areas subiect tt trneziy. The FIREPEX system is for wet pipe systems only. '';'ditliiri flee :z+et pipe s�tsten€s, PJFPA 1`�d do(ines the lajct of systems under the fcllo�+ring t;+pes, foI' �•'vrhich tf?e,1=1RLPE:x s.�st�rn i:an �e istalh�d: - f�ultiptuposr Sprirrktdr S;+stem? - Passive Purge Sf?rini=:I:;r SsrstF�n? - ;>tanri-alano tiprinklar :>yst:;?rr 2.2.1 Multipurpose Sprinkler Systems �tuitipuriosi; systeii ar: itefineti in (�11=P,� 3D and it<C P2ctfizt as a pitting system intendxi to s:r;+e; lath fire sprinklers aria; ilarrn;stii` purr~€bind neer_is. A rnuflijnrrpt�se syc�teni integrates the piping rorrner;te;i t;i :i .later supt;?ly ,'l+itt; sprinklers that automr?tically dscharge 4yat"rr i;ver ;fir area. All piping in a r�?uitipurpose system supplying sprinkiers rnt;st t,; listi;d or cttrfr+rrn to flee pipirry specifii;a- tions in hJFPA 13D or I,C P2�';v??<1. i i..........................�...._...,_..._..... €, Fire Sprinkler -_, TiP ftel!ef Ydve [ a wemr Heemr o"nuse' ..nmesec i . Fo-e sp paver crnestl: F:.Ane ""�" ' NY[er tleler ..._ ._,:ciri Y�a.r i.�.r..M ...... .... ... ..... crtywaterraa�n i ............______......................................................................................................................................................................................................................t i t..t: 4UiiiJaiR,'t?S8 SjStia 3. SYSTEM OVERVIEW 3.1 Application The FIFEPE`i resiJer�tial fir:= spririkier system includes FttiJPEX N,;trite (1�l stielci �PEXa) pipe, EUI�i',Lr�v+ petymer and lead-free grass fittincs, f't=Xa ccmt�rr;s=:::^n sl;el�e;:, and EVEFsI.QC+ co€npression- SIBeI='e tflfl15. the ElfEFi;_t7C+ cornires�icn-sle�+re tittina system is a cald- expansion i'F.Xa fittin�l sy;,tem avaifai;le is � polymer and Icad-free (I...Fj brass; assembled Vdth a special)}' desiyne;l PEXa corrrpressioa slee'vF. The fittircls are ciesiyned spet.;ifically for Erse �4it(i t�1siJF'EX pipe aria must oniy he as emt;led t,+pith EVEHLt1G� a��mpre sion-slee+re tools. .:i.%: tiH%;� .. €,v,,,., i;, ..nt2%: iiiiSS:if!fi8�. pt)ly..ii';%2^i: ;1�...n?; �„..8 Et .�.�.�.' tr'�t7f?iat;�.-'- G,R'Dlf?_iSlD?'-^i�_'t%P , Tr73S n"Ru +'i�:�ii (.�a%; m;rnS:i?i'. SIE?ir:7S 3.2 Standards and Certifications R%�.Jf'EY :��hite IJV shield piit�es a f certified for use in rrsdantisl fire sprinkler systems as tietined by I`lEP7'3C or 113��' P2�Cr�. hratlPEX red and blue tJV shield are not certified fiat fire strir�l<ler systems. The=fREPEX SySterTl iS thrct-party Gel't€tl?t) t)y i'�SF Interhati(lnal (Gv+,v�v.n f.orcl) to the follo���fi€1r� standards: - 11...1821 Standard ft;r t h+�rmap(-.<�.if:.�t.�rnklE�r Pipr� arrd Fittiritts for Fare Protectifln S:✓rri;;e - �ST(1�1 F8?; Starr:iard Specification frr P�rossliri<er9 Pr+lyoth�{le€e Pt.Xj (-lot- and (;old-!�Ut+ter L)istrit,r.itifln Systems - CSA t3137.� i;rossiinked Pol,�etfrylene'PEX) Trtbu'tq C�ysterrs for Pressure �pplicafioj4s - N P',af�1Sl h�& Plastic Pi;}inct System Components and Related �.1=rterizl - N`�Fr"t1Nl y�1 Drinking; 4"vtater:_„rstem Comi7or�enfs nn:1 Relafeci t��aterials (�>I=:r`til�ts-ii ;::<�1 tt)rinkin�;l'lJ<;tttr y;;tr;rtt Gompc€i{�r�—1._::t�ti (:,ontent. (rQi'pilr��.:`11I[tI €i IE I�ad-free rr r7uirt�rtent.:, of the ll..�. Safe Drin�inr�. 3.3 Warranty R�r!rJPEX U17 shield pipe arrd E`4iERi_DC+• compressior7-slee�te iittirrys al�ci slee;.e„ ar8 t;a;(.?+i by a'75-year limited �rarr<�nty. E�IEPi-t)::,+ compn;ssion-sleeve tools ;ire backed by :� 2-y+;ar limited !.�arrant}r, REHt1ll offers this .nfarranfy ;��i-en the installation is cart ied out. in acccrdarrc; �,�iti� the rectuirenri;rrts outlined in tt�e REHAU PEC<t Uvarr��rtY 8:�5.t�i<H, 4vhich is avaiiable as a separate document at e:'+f''t a°I.rlc�, rl:i;arr.r,�;r%.��arr:.noes. 4. RAUPEX PEXa PIPE 4.1 Pipe Properties Crossiinked pDlyettr:iene is pttlt�i;thyleno;PEj t�!k)ic) has. underyDr)e a cha.riyo in natilectrlar ;ar�ct(Irn va)ereby the 12olymer chains are ch(nni:;all;� linked, crorslink��l (X, ti;'ith oath ether tr f;arrr a thr{;r;- dimensiertal netWcrk. The result is a flexible thermoset polymer �rYitlt iniprDt;ed meGhar)ical, therr�tal and chernicai properties. There are three neth��rs of rr anufar;ttniny r'1=:x.: -The peroxide rnet.hoci tFEXa), ASThA requires a rninirnurn of 7r_ vo cresslinking -The silane method ;('EXl',i; r;,�T�> requires n-�inirnt)m of f53a CYUSSiil1i<1i1� -The raCilatlDrt iTretl'IDd PEXGj, r't�Ti'vi r„{t�irBS � rr11r)iniUnl :1t t;J° CCDSSIInklfliJ RfelJl'EX pipe; is n�anr.)factured r.)sing the peroxide metho:l i('�.Xa1, :r+hi,t1 yieids ttte tliyfest, most Consistent Isvel of crosslinkirrr, PEXa technr.:luyy enhancesflexibility and therrt�al rnemcry, providL)g e��ise (?f handling and kink repair compared tD FEXb and PEXG. PEXa has distinct ad��anta7es atier other polymer and metal pips; - Resist,} G)ittirui and str:ass c;,rrosiart - Resists scaling and del,�r�sit �r)il;i-up Wher rased �ntit hDtl hard anii softort;{i vv<'i�r - Minimizes noise That is trar)srrrttted iltroilgh pipes - Resists rtotching and at}rasian damage i�AUPEX is ntanufaGturr�d by REHAU in a faciiity ,whose duality rnanagernent system is i;�o cJurv' i Certified. in addition, RAUPEX production is indei�enderttiy rricnitore(i annually by NSF Intrr)ationai, (SSA (:;raup and tlnder�.'ritrrn I..akx,ratorios lrc. ill_i. Table 4.1: RAUPEX Properties 1' 1 ! 3 ivtinimun: i33 )b%fC� J26 kgim' A5 f M E3?6 Density Minimum 70°k ?n4 ;iSThA F£3?6 Cn;sslinking rvlai: ir,anttal 2.84 Utz inft'"E.hr;� 0.41'v"u'.';m Kj LtItJ tEBC!2 GOn'1tl{'r'Ujf f Efficient of �).3' x 1 i;-�1 inift °E e.':•1 rnmiim"t,i fllean Lriear ��68'F ��iU�i; 20-r'0'%; per GIN .Expansion '.;3 x i)-3 in/ft'E U..2 mmi4r';;? 1ri;9;'. '�?i12"E ?210n`is Mai;€!lus of 87,i)GO-1�11,5DU psi i�o(}-9fit:) rvintm� `anlntum rlast::ity � fi8'F (�z(i�t; <'!:r'G per DItV �;i,,0ii-.�8.r;`OD psi 3uD-�t'!t', Pa..'rnnr' 1G£i92 �1(; E µ,ao°c �• Tensile �t1t1�-Y35a psi tG-30 N/mm' Sfrengrh c��6�7`F Z6ti`.-?9n0 psi ti<2U`C 1r3-�Q rdArimL -- �zrllb'F %rrdL�'G per ASTP,` Di738 per ASTM DG3B I?Q(a Impact Nct 3rer:k '�)cl creak -- Resistance Roughness ;:-=o. ;0028 in. e =v.a0? mm -- E�IIrk?iarn(8 -=r{ fi Ji1f�`r- -4{ `:0 Sr:3 L -- i'vCl S(in iianc)?? PFlaxirnum Short-term 15U rsig :r=� 2':�; ^ DES hr} 1Cr'3fi kP:�<• ��!J �, 9F hit :'tSTttt FHtfi Fx�osurr; Ull �nsistu':::e SeaTQ2t53 ASTN12657 4.2 Pipe Dimensions and Weights RAUPEX 4vltite UL'shielc pipe for residential firs sprinkler systems is available in nominal (sizes ranging front 3i�r to 2 in„ and is in aecor- dance to the [uTtFnsicnal strtndards rlefined in hiaT(Vi FG7fi {:nd SSA 1�13�.5. RAUPEX is copper trl)a sizo rGlSj Dratside diamr;ter;C;L);, ,R��ir�l) rrteans. ttlat the aGtuai =�C} of tl)e pipe is 1/8 in !v.18 nlrnj larger titrzr tl)e non7inril size. 'Jy��ll thickr)ess is rie'inetl t) i.ho st�indard dir;I;nsiCrr <! ratio �St;R). RAUPEX UV shield pipe I:i s�ii�, i"v`hiefi e(i� �� �s tip tho ouisico (li-<rneter being al)proxntately nine iirn s the �,�,raii thi;kness. Sine f'EX pipe i�as a thic;ko� v�rall than Copper tfahe; the inside dian'{:t,�r il[) is sliithIy srna[Ir;r. Nov:�evr r, sir ��e PEX pipe is r of susceatit�l� to he errJSi{tr) anrJ GCii'rDSI()i1 IS�lieti (It CGpper tUl)e; S;+SterTiS Gan he Ci8:31',�nBd at hiyltr;f" i'i;lilClti{;S t'd111Gh aIIDS„' f()r {;DrTiparal)ii; SIZIi(j {)f a SySteTt. Table 42: RAUPEX White UV Shield Pipe Dimensions and Weights .,. . is :, •, f �,� in e.fi? � ??.2z, o.os? �. �?i e.10 (D.15; 1 1/� in 1.;t"7 r:r.4}"t i).153 i:', �3i O.25 iG.3f; l 'U2 in L£�o {'a,.�3. G.I�1 (4,:;.3; 0.37 iG,,_; 7 in '%.tip ;. 3.9`ui D,:'3r (6.(1G) r).6G iD �)iJj 4.3 Pipe Markings RAl.1PE: I;iipe markings. are repeatR::ri o}�rry i ft !;,3.s:; m, list all (:ertifications �.nd approvals, and include an in�rerneital foota'�e marking tc a�si . 4.rith instaliation, n 5. EVERLOC+ COMPRESSION-SLEEUE FIT � INGS 5.1 Fitting Scope The E�JEFi_Ov-r- camiressicn-slee}re system is a call-exparisinn PEXa fittinf� system :hat is alfailaiaie in palyr7rer anc9 leap -free ;LF Ijrass arrd is asser�bl cf vtith a sfie;c.�lly i:�:�r�ert 6'E.Xa ramf?r�assion sl��:v�;. t'!e fittirn is desicfned specifiicali1 fnr rtsr ;;:fith E;t,UPEY; pipe and raairst caraly h�; asserr�Lied v.1ith tyre EalEP���.�+- currpressior-slee�:e foals. FVF{�[..Ct�= fittinr�s fio; r�vsirinntiat fire sprinkler aiapiic3tians ara a4srilat�lds in 3!4 to 2 irr, sizes arsci are fisted far use �,,�ith f��bIFEX .^lirlte t y! shielrfi pipe {3/� to 2 irr.l marrufactured in accordance �.Yiti ?ST{<�r 1=�;7t. Far a Jetafiecl description of the i�EHr'tU system carn,�ane?ts: refier to the [?��NAI! �ui;tiirtgSeiijli.<1rr, r"'rUct±:r�t Catalc>cf;',t37i.,s12). 5.1.1 Fitting Features EVEF{LOG-- r;olymer €and lera;)-free {LF) Gass fittincis have the folio,^vine faatr.€ros: 1. Farrr sr.-(ing edges �. Pipe slap 3, Fittinc) ralltar 4. fool javi hcciy "f1J � %: Lcr',�l?L?L'..,..,'%iii:>Cf J23%lif8 5.1.2 Fitting and Sleeve Markings !+I( polymer fiittirras include the fiailot�intt rnarlts'tar ider�tifieatian e � r � ' ! 1 +• i7� :,. z. ,::1?l� , iZ2 i„tifi<1P,iF '@.;J.. 17J�.°i F`g ,.;i. �::cn sic; f8... nrvr�, r?;o?? r.+�%tr? Ali t_F crass fitiin��s Urc mr3rf<.ed "RE'ikU" ail sleavras ira�lude the fallrav�rinu marks ar irfentifical€on v .. 5i�e4fe Jrl.ti �(a.Q., Ja`h�t) L: Yr.i4tr rv�adL+ lar prl}Urr�t�(in Lta�r'i ?t 5.1.3 Polymer Fittings EVEl3Li�C-+ polrner fittings are available in couplings, tees, elbot��s, multi -Port tees arrd plugs. All pal,mer finings are produced from a polypi�enylsulfone (PPS;.1} material Se ;also REl-lfiil Tec�rrc�.t �cr1'et�n TE3�C5 E1�E,�tOC-a- Polymr.% F.tttrne� .Nrateriai - PF'SU 5.1.4 Lead Free (LF} Brass Fittings EVEi�LCG- L= brass fittings are available as couplings, tees, alhc!+�s: pings and transition fittings io r`IPT tirread and copper solder c;onre�;tions. All metal fittirgs are prolr;i.ed from ECCJ E?RAt�,.�"=� (UhJS fi93GG or C`�: ?24E�}. Sep; also EiEti^ll lect?ricat tir�t7�#in 7826 i EVER(_Gt;-,° Lea:; -free 8,��rss f�.lttinct 1C�iateria% �'c?. 5.5: F�E?A.OG r y; ,;yrner aaa �.� t;; ass irttirrc�s 5.1.5 PEXa Compression Sleeves EVEP,LGC+ cornpressir;n sleeves ar? produced uslrig a specially, formulated ('=Xa. material and are ri�:.:;i7ned specifically for rise :�'h EVE.RI_GC-r- fittings a;�d RAIPEX pipe, E`<<Ef�?LJ%+- cornpresaion sleeves have tl�e follo:�ving features: - Co-extrudt;d platinum -colored PE coatnu - Sgr.rarely n.rt e nds tha can t1e slid over ths; pi�F; in either dir;ction - Grooved ar�d rou;.7hvne;l insire surfac;; for lor:l�irrg tPre sleeve into place once slid over tree pipe and fitting %Y. �.6: cV�RLC'%+� P�};3 CG%%,*p: i'SSi7^;f:?2S 5.1.fi Certifications fhe E'JEf�Lf?t';+ con�pressi;rn-sloei�e fitting syst;m is cQrtifieti tc the follovJing standards: - JL 1821 Standard for Therrr�oplast.i Sprinkler Pipe and Rtirrys for Eire Protectic;n Ser•�ir; - AST f•.�1 i='sl? `eta"darcl Si,ecification for .,rosslinked Poiy?thylene PE':�} I-Int- and Ccirl-uVater Dist.rihr'ion S}rstenl5 - PSFIA"�1S114; Plastic Pipinr.J S}rs.errr Conrponerrts arrd Rlatec '.�aterial; - �Si='ti'Si 61; Drinking U;iater S,fsten� ;omponents - Health Effects - tit>Fit`t'�;:>l 3 2, I:}rn4ing },�,i'.�r Sy�ten� C,ornponents -• i..ead t,ontant - GS? B'`,?r G Crossirked pclti�ethlene iPEX? Tubing Systems for Pressure Applcalions 12 7. INSTALLATION CONSIDERA��-�����>j1 the fallo��inr seduence is recnmmended to install the FIREPEX fire sprinkler system: - �eter!nine fire sprinkler location - Install spru)kl�:r fittings - Ro�;te and connect pipe - Instail plumbing fittings -Install plumbing pipe - Install fire sprinklers - Perform pressure test - Perform flo,r; test 7.1. Ensuring Design Meets Installation Guidelines Rat1PEX �t:^itE; 11V shield iiipr; in 3%4 to 2 in. sizes is lister tc supply the FIREPEX system. RAUPEX pipe in all sizos is listed for p(urnt)ing applicaiorrs aril can t)e tonne cted to the sprink[or system as allovded kiy the local code. l l)e fi;llo�rving are guidelines fcr usi�ri R�lt1PEX avhito (.l�l shi�ld pipo arrd E`JERLQG+ corrrpr�ssiori-slrieve fittings in fire sprinkler st,styrns: - Protection rnr�st iie providers fair R%it1PEX pipe and EetE';Li1C+ #ittu�g ...l..he minimum pro#ectinn must consist of either: - .ine lave r of 3/8 iri. (g.5 r~rn;) gypsr.nn Sr�allhoard, - A suspended rr!ernl)rane ceilir!g sfaitli lay-iri panels cr tiles ha�jirrg a v,eight of not loss than ().t.3�5 Ibs per sq ft (1.7 kg Kier sEi rni .�vhen installed :FYith metalli support grids, 1/2 in. 1Q n"imi ply:��uod soffits, - Qne layer of 1i2 in. (13 nrrnl ply,-�foc;1, or - Qtfrer materiwaf iia}rrra a 1a minute fire rating. - inuring remodeling or ceiling repair, ;.Ise appropriate precautions to prcl)eri, proter;t the pips. - Igo not use RI?UPEX pipe ar EVERLQQ+fittings for sprinkler systems in i;;lrnf)!J;3tlhll r;Eirle.ciE�letf Spa{;?S i�ihe'1re S;7rlr'kIE?rs :ir rea�rired. - Rf1l.iPEX pipe and FVFRI.ifG+ fittincrs are intended for use in arms LA�here tyre n"raximum ambia�t t:ernperature does riot exceed 12v�°F i,�cr°C). Ifi tii8 ar>'rbient ter7iperature is expected to exceed this limitation, the cyst; m must to properly protect„rs. Piping must be installer) at. least ?4 in. 461 cmj fror�r air return grill>vs or otter openings 'rn tl�e ceiling,. 7.2 Mounting FIREPEX Sprinkler Fittings Deterrnin location of sprii:lclers based on design. fie sure to verify that there are no ohstructir;ns cr deviations frorr� desiksn. If rrio_,lifi::a- ti��ns are n;;cessarr, on salt vlith the designer to ensure prtJpe;€ coverage of sprinklered area. he FIREPEX sl)rinkier fittings are availaole in.'•!� and 1 ir;. sizes. E,cl) fitting has a 1 `2 in. fUl'1 feirale adapter for n�ofrnting of the fire; sprinkler .;pith intigrated nounting IiolE=s for 6)�:,tl horP�ontal and vertical installation. Flttirigs should oe mounted using .h 1G x 1 1/2 ire. FIREPEX sprinkler fittings are specially tfesiEan d to afifix filie firo Sj)rirlkler Ill illaCB 5i) tl':.�;;t {luring a{tl'•idtl'•_)n; the r?aCt1Gn fOr'C:eS GauSP,ra t)y the flova of e;+at^r through tire' sprinkler tNill not �:tispla+;? tho sprinkL;r. FIREPEX sprinkler fittings may be mounted to , v.road t�louking st�uL.ture. Fr:r. 71: tcit.-trit�irtJ riH� PtX srri�*;cir;; firi;;r 7.2.1 Determining Mounting Height the follo}ving g!.ridelinrs may he used to corr;ctsy position the FIREPEX sprinkler fittings. These gir�clines apply to both the FIREPEX tee aril ell)o,-w fittintls, llrlten installing;l)lo:;kirig rrray tie necessar;,� in order to position the fitting one sprinkler errr�3ctly. �E ► � fl.9o€.!ntii;g hei�aht cf sprinkler must be ,,,rithin sprinkler manufactur?r g!airlolinr>>. Farurn to prcprrl+- posifinr the sprinkl�-;r can earaso disruption in discharge rig ci>lay in sprinkle ar..ti:tatirn, resulting in pn;perty dar�rage anEl possik�le loss of lie. 2d 7.2.1.1 Flat Plate Pendent Concealed Sprinkler Mounting Far afat-plate pendent concealed sprinkler, the hottorn cf the FIftEPEX. sprinkler fitting. t�racket can be located usinct: H— S— �G"J � c,.3� f IC1CIle51 1 j �vhere: - Fl is thE; distance tietuyc�en t e hattom of the joist and the ho';.om cf the F1tiFP;�.X sprinkler fitting brark�;t - S is the distance tram the tap of the threarJs of the fire sprinkler to t;e face at the dry:nJall tpro�fided by the sprinkler rnanufactureri - Ci�;d is tl e thickness of the dry4^IaII. tir,�. L:'. :.r ,. r.u. iir>;�� £, �,. �; mcr art U Sj.:� u' c �..?u..;r,u � cr.zrrrrt riy. L.�', i .�!:3it. Jr.+raL.,? �� �:e.:.�i:.? , i£ .,.�i�.4„r,.?f,?8 �i Product Submittal Product: RAUPEX Non -Barrier Pipe Category: RAUPEX Pipes Date: 19-August-05 Submittal #: 100RAUPEXNB Page: 1 af: 1 G REHAU IEat.11='I::_X Nan-F3arrier Pipe Article No. Nominal Diameter A OD' in. {mm) BID' in. tmm) C Wall t2 (mm) tn. Weigh4 Ib/ ft (kg/m) Capacity Gal /foot (Ilm) 261683 3/8" 0,500 12.7 0,360(9.1 0.070 1.8 0.04(0.06) 0.0050 0,0624 261026 1/2" 0,625 15.9 0,485 12.3 0.070 1.8 0,05 0.08 0.0098 0,1222 261046* 3/4" 0.875 22.2 0.681 17.3 0.097 2.5 0.10 0.16 0.0189 (0.2356 261066* 1" 1,125 28.6 0,875 22.2 0.125 3.2 0,17(0.26 U316 0,3939 261086 1 1/4" 1.375 34.9 1.069 27.2 0.153 3.9 0.25 0.37 0.0467 0.5827 261106 1 1/2" 1.625 41.3 1.263 32.1 0.1" 4.6 0.35 0.52 0.0650 0.8118 138331 2" 2.125 54,0 1.653 42.0 0.236 6.0 0.60 0.90 0,1114 1.3906 i-Average OD fmm ASTM F 876 2- Minimum Wail t from ASTM F 876 3- ID is calculated based on UU (1) and Want (z) TECHNICAL DESCRIPTION Specification English SI Standard Minimum 58 Iblft' 926 kglm' ASTM F 876 Density DIN 53479 Degree of 70 - 89% 70 - 89% ASTM F 876 Cross -Linking DIN 16892 Thermal 0.24 0,41 DIN 52612 Conductivity BTU/(hrft OF) w/(m°K) Linear Exp. 9.33 K 10-4 iNft'F @ 68°F 0.14 mm/(m°C) @ 20°C DIN 42328 1.33 x 10-3 inlft'F @ 212'F 0.2 mnti(m°C) @ 100°C 87,000-130,500 psi 600 - 900 N/mm2 Modulus of @ 68°F @ 20°C Elasticity DIN 53457 43,500 - 58,000 psi 300 - 400 N/mm2 @176°F @ 80°C us uauon Specification English SI Standard 4194-4355 psi 26-30 N/mm2 Tensile @ 680F @ 20°C DIN 53455 Strength 2610-2900 psi 18-20 N/mm2 @ 176°F @ 80°C IZOD Impact No Break No Break DIN 53453 Res. Temperature Working Range -40OF to 200°F -40°C to 93°C NIA Roughness e=0.00028in e=0.007 mm N/A Max. Short- 150 psig @ 1035 kPa @ ASTM F 876 term Exposure 210°F (48 hr) 99°C (48 hr) UV Resistance 15 days 15 days PPI TN-33 FUNCTIONAL DESCRIPTION RAUPEX Non -Barrier pipe is manufactured using REHAU's high-pressure peroxide method for cross -linked polyethylene (Engel method, PEXa). All RAUPEX Non -Barrier pipe meets or exceeds the requirements of ASTM F 876, F 877, CSA B 137.5 and PPI TR-3, and is certified to NSF Standards 14/61. RAUPEX Non -Barrier pipe also meets the requirements of NSF P 171 and ASTM F 2023 For chlorine resistance. RAUPEX Non -Barrier pipe is produced in REHAU's ISO 9001 certified manufacturing facilities. *These nines are certified by UL to UL 1821 and by ULC to ULC-ORD C199P for NFPA 13D fire protection applications. RAUPEX Non -Barrier pipe is rated for continuous operation of 160 psi @ 73.4°F (1105 kPa @ 230C), 130 psi @ 120°F (900 kPa @ 490C), 100 psi @ 180°F (690 kPa @ $2.2°C) and 80 psi @ 200°F (550 kPa @ 93.30C). It is compatible with brass crimp ring fittings certified to ASTM F 1807, RAUPEX compression nut fittings, and EVERLOC compression -sleeve fittings certified to ASTM F 2080 and CSA B 137.5. Use of RAUPEX Non -Barrier pipe in heating systems requires corrosion protection and/or isolation by using a heat exchanger or non-ferrous components throughout the system. The information contained herein is believed to be reliable, but no representations, guarantees, or warranties of any kind are made as to its accuracy, suitability for particular applications or the results to be attained therefrom. Before using, the user shall determine suitability of the information for users intended use and shall assume all risk and liability in connection therewith. Installation shall comply with local codes where applicable. To the e�dent permitted by law. R�HAU DISCLAIMS ALL WARRANTIES, EXPRESS OR IMPLIED, INCLUDING BUT NOT LItAITED TO ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR OF FITNESS FOR A I'AR"fICULAR PURPOSE. us uauon Specification English SI Standard 4194-4355 psi 26-30 N/mm2 Tensile @ 680F @ 20°C DIN 53455 Strength 2610-2900 psi 18-20 N/mm2 @ 176°F @ 80°C IZOD Impact No Break No Break DIN 53453 Res. Temperature Working Range -40OF to 200°F -40°C to 93°C NIA Roughness e=0.00028in e=0.007 mm N/A Max. Short- 150 psig @ 1035 kPa @ ASTM F 876 term Exposure 210°F (48 hr) 99°C (48 hr) UV Resistance 15 days 15 days PPI TN-33 FUNCTIONAL DESCRIPTION RAUPEX Non -Barrier pipe is manufactured using REHAU's high-pressure peroxide method for cross -linked polyethylene (Engel method, PEXa). All RAUPEX Non -Barrier pipe meets or exceeds the requirements of ASTM F 876, F 877, CSA B 137.5 and PPI TR-3, and is certified to NSF Standards 14/61. RAUPEX Non -Barrier pipe also meets the requirements of NSF P 171 and ASTM F 2023 For chlorine resistance. RAUPEX Non -Barrier pipe is produced in REHAU's ISO 9001 certified manufacturing facilities. *These nines are certified by UL to UL 1821 and by ULC to ULC-ORD C199P for NFPA 13D fire protection applications. RAUPEX Non -Barrier pipe is rated for continuous operation of 160 psi @ 73.4°F (1105 kPa @ 230C), 130 psi @ 120°F (900 kPa @ 490C), 100 psi @ 180°F (690 kPa @ $2.2°C) and 80 psi @ 200°F (550 kPa @ 93.30C). It is compatible with brass crimp ring fittings certified to ASTM F 1807, RAUPEX compression nut fittings, and EVERLOC compression -sleeve fittings certified to ASTM F 2080 and CSA B 137.5. Use of RAUPEX Non -Barrier pipe in heating systems requires corrosion protection and/or isolation by using a heat exchanger or non-ferrous components throughout the system. The information contained herein is believed to be reliable, but no representations, guarantees, or warranties of any kind are made as to its accuracy, suitability for particular applications or the results to be attained therefrom. Before using, the user shall determine suitability of the information for users intended use and shall assume all risk and liability in connection therewith. Installation shall comply with local codes where applicable. To the e�dent permitted by law. R�HAU DISCLAIMS ALL WARRANTIES, EXPRESS OR IMPLIED, INCLUDING BUT NOT LItAITED TO ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR OF FITNESS FOR A I'AR"fICULAR PURPOSE. FUNCTIONAL DESCRIPTION RAUPEX Non -Barrier pipe is manufactured using REHAU's high-pressure peroxide method for cross -linked polyethylene (Engel method, PEXa). All RAUPEX Non -Barrier pipe meets or exceeds the requirements of ASTM F 876, F 877, CSA B 137.5 and PPI TR-3, and is certified to NSF Standards 14/61. RAUPEX Non -Barrier pipe also meets the requirements of NSF P 171 and ASTM F 2023 For chlorine resistance. RAUPEX Non -Barrier pipe is produced in REHAU's ISO 9001 certified manufacturing facilities. *These nines are certified by UL to UL 1821 and by ULC to ULC-ORD C199P for NFPA 13D fire protection applications. RAUPEX Non -Barrier pipe is rated for continuous operation of 160 psi @ 73.4°F (1105 kPa @ 230C), 130 psi @ 120°F (900 kPa @ 490C), 100 psi @ 180°F (690 kPa @ $2.2°C) and 80 psi @ 200°F (550 kPa @ 93.30C). It is compatible with brass crimp ring fittings certified to ASTM F 1807, RAUPEX compression nut fittings, and EVERLOC compression -sleeve fittings certified to ASTM F 2080 and CSA B 137.5. Use of RAUPEX Non -Barrier pipe in heating systems requires corrosion protection and/or isolation by using a heat exchanger or non-ferrous components throughout the system. The information contained herein is believed to be reliable, but no representations, guarantees, or warranties of any kind are made as to its accuracy, suitability for particular applications or the results to be attained therefrom. Before using, the user shall determine suitability of the information for users intended use and shall assume all risk and liability in connection therewith. Installation shall comply with local codes where applicable. To the e�dent permitted by law. R�HAU DISCLAIMS ALL WARRANTIES, EXPRESS OR IMPLIED, INCLUDING BUT NOT LItAITED TO ANY IMPLIED WARRANTIES OF MERCHANTABILITY OR OF FITNESS FOR A I'AR"fICULAR PURPOSE. POLYLTHYLLNL CTS PIPL FASTENER 555 series SPECIFICATION Item #Submitted Tube TalonI1eb Sioux Chief 555 Series Tube Talon' CTS pipe fasteners shall be used where necessary to secure CTS tube in piping systems. Fastener shall be 100% corrosion proof and U.V. resistant. Fastener shall be impact resistant to 00 F, and be able to withstand continuous temperatures up to 1600F. Fastener shall have a preloaded nail, which small be rust resistant, zinc plated yellow irradite. Preloaded nail shall have a continuous ring shank to provide a more permanent installation. Fastener shall snap onto CTS tube for easy installation, and shall allow for expansion and contraction of tube with less noise. Fastener shall be designed to avoid tube damage if nail is over driven. MATERIALS fastener body: High density black polyethylene; 100% corrosion proof; U.V. resistant; impact resistant to 00F; max temp: 160OF continuous. Waif: Rust resistant; zinc -plated yellow irradite; continuous ring shank. MAXIMUM LOAD RATING 555-1: 3 lbs. 555-2: 5 lbs. 555-3: 8 lbs. 555-4: 12 lbs. APPROVED USES Manufacturer has approved the Tube Talon for use with2 copper tube, CPVC tube, PEX/PB tube, CSST lines, flexible gas tubing, plastic/steel conduit, low voltage DataCom cable. INSTALLATION Manufacturer suggests the Tube Talon be installed in alternating directions (so that the fastener's nail is on alternating sides of the tube being fastened) to ensure secure installation. Install fasteners at intervals described in local plumbing code for the type of pipe or tube being fastened. To install IPS tube, use the next larger size fastener, e.g. if you are fastening 1/2" IPS tube, use a 3/a" fastener. DIMENSIONS: A: width B: height C: depth D: nail length E: hook height F: width to center of tube Create Item Number 555-1 555-2 555-3 555-4 0.848" 1.125" 1.375" 1.6875" 0.735" 0.875" 1.1875" 1.4375" 0.375" 0.375" 0.4375" 0.5" 1.625" 1.625" 2.125" 2.375" 0.468" 0.5625" 0.75" 0,9063" 0.5" 0.6563" 0.75" 0.9375" 555-A e.g. 555-3 =Tube Talon for 3/a" CTS piping A TUBE SIZE ❑ 1 3!8" CTS ❑ 2 '!2" CTS ❑ 3 3/4" CTS Location Engineer_ Contractor PO# TAG 555-2 ❑ 4 1" CTS SIOI.IXCilii� Sioux Chief Manufacturing Company • tel: 1-800-821-3944 • www.siouxchief.com •fax: 1-800-758-5950 11-08 TU2000.2.0"o One of the Most Versatile, Compact Valve Designs Available h SpearsTrue Union 2000 Ball Valves, 3-Way Ball Valves and Ball Check Valves pro��ide maximum versatility wit fully interchangeable valve cartridges. Provides for easier system design modifications and upgrades in multiphase projects, or anywhere changes in valve types are desired. Simply exchange any True Union 2000 valve in -line using existing union nuts. Also mates with Spears", new Schedule 80 Unions and Diaphragm Valves. All True Union 2000 valves feature a low profile, compact design for minimal space requirements. Available in PVC or CPVC with choice of EPDM or Dupont Dow Vitod' O-ring seals and socket, flanged, spigot or optional Spears' patented Special Reinforced (SR) threaded end connectors. Additionally, Spears' offers valve Retrofit Kits for easy in -line replacement of other valves and factory installed Actuation .Packages. Assembled with silicone -free lubricant. True Union 2000 Industrial 3-Way Valve • industrial Grade, Multiport, Diverter, L-Pattern & T-Pattern configurations Vertical 3-Way or Horizontal Diverter (shown) • Built-in Handle Lockout • Fully Serviceable, Replaceable Components • Safe-T Blocked"` Seal Carrier - Full Rated Pressure • ISO Pattern Actuation Mounting Option • Spears",' Dual O-ring Safe-T-Shearl Stem • Self Adjusting PTFE Floating Seat Design • Sizes 1/2" - 2" pressure rated to 235 psi (n, 73°F, sizes 24/2" - 4" and all flanged to 150 psi @ 73°F • NSF Certified for Potable Water Use • Produced in IPS sizes 1/2" - 4" with Socket, Flanged, Spigot or SR Threaded End Connectors True Union 2000 Industrial Ball Valve • Multi -featured Industrial Grade • Built-in Handle Lockout • Fully Serviceable, Replaceable Components • Safe-T-Blocked Seal Carrier - Full Rated Pressure • ISO Pattern Actuation Mounting Option • Spears Dual O-ring Safe-T Shear` Stem • Self Adjusting PTFE Floating Seat Design • Sizes 1/2" - 4" pressure rated to 235 psi @ 73°F, sizes 6" - 8" and all flanged to 150 psi @ 73°F • NSF Certified for Potable Water Use • Also Available in SPEARS° LXTTm High Purity, Low Extractable PVC Material • Produced in IPS sizes 1/2" - 6" with Socket, Flanged, Spigot or SR Threaded End Connectors • 8" with Socket and Flanged End Connectors INNOVATION &TECHNOLOGY • Avoid contact with eyes. Splash -proof chemical goggles are recommended. • Review the Material Safety Data Sheet (MSDS) and the important product information provided on the label for SpearsFS-5 One -Step Low VOC Solvent Cement. Failure to follow the above recommendations could result in death or serious personal injury. listings, Approvals, Application &Use Spears FlameGuard' CPVC Fire Sprinkler Products are fully tested and approved for use in wet pipe fire sprinkler systems by Underwriters Laboratories Inc., FM Global, and the Loss Prevention Certification Board. Spears," FlameGuard' CPVC Fire Sprinkler Products are approved for use in low pressure dry pipe or pre -action systems by Underwriters Laboratories Inc. SpearsO FlameGuard® CPVC Fire Sprinkler Products are listed by NSF& International for use in potable water systems. For specific listing information not covered in this manual concerning Factory Mutual, The Loss Prevention Certification Board or NSFcR, International, please contact your nearest Spears Regional Distribution Center. NOTICE: National Fire Protection Association (NFPA) Standards 13, 13R, and 13D must be referenced for design and installation requirements in conjunction with this manual and all local codes. CAUTION: SpearsG FlameGuard" CPVC Fire Sprinkler Products are NOT listed for outdoor applications. Outdoor installation could result in product failure and property damage and will not be covered under the Spears° FlameGuars CPVC Fire Sprinkler Products warranty. CAUTION: SpearsP FlameGuard° CPVC Fire Sprinkler Products are to be used in wet pipe systems only, except as provided for dry pipe or pre -action systems in this manual. A wet pipe system is one that contains water and is connected t0 a water supply system so that the water will discharge immediately when the sprinkler is opened. A low pressure dry pipe or pre - action system is a piping system containing air or nitrogen under pressure that is release with the opening of a sprinkler which activates a special dry pipe valve allowing water to flow into the piping system and to the open sprinkler. WARNING: Spears FlameGuard° CPVC Fire Sprinkler Products must never be used for distribution of compressed air or other gases except as provided for under Low Pressure Dry Pipe and Pre -action Systems specified in this manual. Failure to follow this warning could result in product failure, property damage and severe personal injury or death. Light Hazard Occupancies Spears FlameGuard7' CPVC Fire Sprinkler Products are UL Listed for use in Light Hazard Occupancies, as defined in the NFPA 13. In accordance with NFPA 13, 2002 Edition paragraph 6.3.6.2, "Pipe ortube listed for light hazard occupancies shall be permitted to be installed in ordinary hazard rooms of otherwise light hazard occupancies where the room does not exceed 400 square feet". NOTICE: Local jurisdictions must approve of this exception. Residential Occupancies Spears° FlameGuardO CPVC Fire Sprinkler Products are UL Listed for use in: Residential occupancies up to and including four stories in height, as defined in NFPA 13R. Residential occupancies, as defined in the Standard for the Installation of Sprinkler Systems in One and Two Family Dwellings and Manufactured Homes, NFPA 13D. FG-3-1010 ©2010 Spears"" Manufacturing Company Page 7 Fig. 28 - "Stand -Off" Hanger Ot Restrainer for CPVC Plastic Pipe Size Range — 3/a" through 2" Material — Carbon Steel, Pre -Galvanized Function — Designed to be used as a hanger and restrainer for CPVC piping where the "stand-off" design will ease installation by eliminating the need for wood blocking. Features: • Flared edge design protects GPVG pipe from any rough or abrasive surfaces. • Unique twist and lock design holds pipe firmly in place and allows retrofit type of installation. • The "Stand -Off" design eliminates the need for wood block extension. • Can be installed on horizontal or vertical piping regardless of mounting surface orientation. • Attaches easily to wood structure with two hex head self -threading screws furnished with product. • Installs easily using rechargeable electrical driver with 5/16" extension socket eliminating impact tool damage to pipe. • Attaches easily to steel, minimum 18 gauge with (2) 1/4" x 1" tek type self drilling tapping screws. • UL Listed as a hanger and a restrainer for fire sprinkler piping. Approvals — Underwriters' Laboratory Listed in the USA (UL) and Canada (cUL) to support automatic fire sprinkler systems. May be installed into wood using fasteners supplied with product, or into minimum 18 gauge steel using (2) 1/4" x 1" tek type screws. Meets and exceeds the requirements of NFPA 13, 13R and 13D. Fig. 28 satis- fies the UL vertical restraint requirement where needed. UL Listed as a hanger and ver- tical restraint when installed on 3/8" composite wood material. Use two Fig. 27B Speed Nuts when used as a hanger and restraint. Use one Fig. 27B Speed Nut on the upper installed screw when used as a hanger only. Order by —Figure number and pipe size. Pat. # 7,455,268, Pat. # 7,832,248 FIG.278 (i) REQUftED HIGH SIDE GF HAIJGER HANGER APPLICATION FIG 27B (21 FF.QUIHED FIORB HANGER &RESTRAINT APPLICATION G �L US LISTED Dimensions •Weights Pipe Approx. Size A B C Wt 3/4 31/32 2 31/2 .180 1 35/16 23h6 3'/ 210 11/4 35/6 23/8 31/> .225 11/ 4 2�%2 3'/'2 310 2 4?6 211/16 35/8 .340 OFFICE/MANUFACTURING FACILITY • 1375 SAMPSDN ,4VE. • f,OR0U,4, CA 92879 • RH: 957.737 599 •FAX: 951.737.U'3U CUSTOMER SERVICE • l3UU.7t16.5266 � www.tolco.com FOR SMALL PIPE FG VsRn, CP POTTER VANE TYPE WATERFLOW ALARM SWITCH The Symbol of Protection WITH RETARD AND GLUE4N UNION CUL, UL and CSFM Listed, CE Marked, NYMEA ACCEPTED US PatentNo. 6,471,255 Stock No. 1113555 1ll3600 �'4'/TSK Service Use: Autotnatic Sprinkler NFPA-13 One or two family dwelling NFPA-13D Residential occupancy up to four stories NFPA-13R National Fire Alarm Code NFPA-72 The Model VSR-SFG is a vane type waterflow swi tch for use on wet sprinkler systems using CPVC plastic fittings manufactured by Central Sprinkler Corp., Grinnell Sprinkler Corp., Spears Manufacturing Co., and IPEX (Scepter) that use 1 ", 14/4", M /2" or 2" pipe sizes. It is equipped with a on to accommodate installation in confined spaces. The unit contains two single pole double throw snap action switches and an adjustable, instantly recycling pneumatic retard. The switches are actuated when a flow of 8-10 gallons per minute (30-38 liters per minute) or more occurs downstream of the device. The flow condition must exist for a period of time necessary to overcome the selected retard period. INSTALLATION: These devices maybe mounted on horizontal or vertical pipe. On horizontal pipe they should be installed on the top side of the pipe where they will be accessible. The units should not be installed within 6" (15 cm) of a valve, drain or fitting which changes the direction of the waterflow. The unit has a 1" male fitting for gluing into a CPVC plastic TEE. Loosen the union nut and separate the 1" male fitting from the VSR-SFG. Glue the L" male fitting into the TEE following the TEE manufacturer's instructions for preparation and gluing of CPVC piping systems. (NOTE: The V male fitting must bottom out on the stop of the TEE for proper Service Pressme: Up to 175 PST (12,07 BAR) Minimum Flow Rate for Alarm: 840 GPM (30-38 LPM) Maximum Surge: 18 FPS (5,5 m/s) Enclosure: Die-cast, red powdercoat finish No.1113555. Cover held in place with tamper resistant screws No. 1113600. Tamper: Cover incorporates micro -switch. Cover Tamper: Activated by cover removal. Cover Tamper Switch Contacts: One set SPDT, Rated at 250VAC. Cover Tamper Switch Terminations: 8" 22AWG wire leads. Contact Ratings: Two sets of SPDT (Form C) 15.0 Amps at 125/250 VAC 2.0 Amps at 30 VDC Conduit Entrances: Two knockouts provided for 1 /2" conduit. Usage: Listed CPVC plastic piping systems manufactured by Central Sprinkler Corp., Grinnell Sprinkler Corp., Spears Manufacturing Co., and IPEX (Scepter). Fits pipe sizes - I", 1-1/4", 1-1/2" and 2" F,nviroaimental Specifications: • Suitable for indoor or outdoor use with factory installed gasket and die-cast housing. • For NEMA 4/IP55 rated enclosure - use with appropriate conduit fitting and/or plugs. • Temperature range: 40° F to 120° F (4150 C to 490 C) Caution: This device is not intended for applications in explosive environments. operation of the VSR-SFG. See Fig. 1.) Wait 2 to 4 hours to allow the glue to dry before attaching the VSR-SFG to the 1"male fitting. Select the proper paddle for the pipe size and type of TEE used. See Fig. 3 and Fig. 5 for instructions on how to change paddle. Verify that the o-ring is properly positioned in its groove. Hand tighten the nut on the union after orienting the device in the appropriate direction to detect waterflow as shown in Fig. 2. CAUTION: Do not over -tighten the union nut, hand tighten only! The vane must not rub the inside of the TEE or bind in any way. The stem shouId move freely when operated by hand. INSPECTION AND TESTING: Checkthe operation oftheunit by opening the inspector's test valve at the end of the sprinkler line or the drain and test connection, if an inspector's test valve is not provided. If there arc no provisions for testing the operation of the flow detection device on the system, application of the VSR-SFG is not recommended or advisable. The frequency of the inspection and testing and its associated protective monitoring system should be in accordance with the applicable NFPA Codes and Standards and/or authority having jurisdiction (manufachrrer recorrunends quarterly or more frequently). Potter Elech•ic Signal Company 2081 Craig Road, St, Louis, MO, 63146-4161 •Phone: 800-325-3936/Canada 888-882-1833 • www.pottersignal,com PRII�TEll L\ USA MKT. k880000y - REV P PAGE I OF 2 MFG, 45401062 -11105 FIG4 3" (AUNMUM OLEARANCE REQUIRED FOR INSTA_LA nN OR P,EMOVAL OF DEVICE) *10 BLSHNt;�. In�:EPr oP A ;AFTER r.RE PERM -`EC sT 2"=TCS VUT ]..,i Glue the 1 "male fitting into the TEE following the TEE manufacturer's instructions for preparation and gluing of CPVC piping systems. Wait 2 to 4 hours to allow the glue to dry before attaching the VSR-SFG to the 1" male fitting. VANE TYPE WATERFLOW ALARM SWITCH WITH RETARD AND GLUE4N UNION FIG. 2 Retard Adjustment: To change time, turn knob (either direction) for desired time delay, Use the minimum amount of retard necessary to prevent false al inns. A `B" setting is usually adequate for this. Factory set at `B". FIG. 3 DIRECTION OF WATERFLOW 0 portant: DWG, #1063-3 Im 7 paddles are furnished with each unit to accommodate the various sizes and manufacturers of TEES. The paddles have raised lettering that show the pipe size and the TEE manufacturer they are to be used with. The proper paddle must be used. The paddle must be properly attached (see Fig. 3) and the screw that holds the paddle must be securely tightened. FIG. 4 TYPICAL ELECTRICAL CONNECTIONS 1 SETS OF NC RD4ALIY OPEN CONTACTS wONFIREPA Z11lC EOLR PRUhI (Y. ONE ON Ai.r\R\i ON FIRE P.4NCl. FWPANEL 11 [�W1f,� rnr:Nc.:lNnNO. HaelelNcF01 IK!sTrvex THE $N:TCII ARC. FORANALg1Ud OR UUI'.:(' C(1ND(TION - BELL NEGATIVE DC OR THEM%TACTSAREREVERSED NLUM%LAC WHEN 71C DEVICE IS E+t TIIF NORYL%LCONDITIUN. FIG. 5 GRINNELL TEE TEE's mmiufnchlred prior TEE's manuractured to 5149 RRrr 599 NOTICE: Dnn, :{tosz-a As of 5/99 Grinnell has changed the design of their TEE fittings. The new fittings will require the use of the standard paddle, while you will still be required to use the paddle marked Grimnell on all finings manufactured prior to this date. Failure to install the correct paddle could cause the device to malfunction or operate improperly. NOTES: AYPROX. RETARD SETTINGS (IN SEC.) 0 A B C D E 0 10-25 20-40 35-55 50-70 60-90 ':.A Ni)T .Eti7E COVER, i)FF FGR EXIENUEC ''-EP!iiC +;F TIME MOUNT SC'. HASLARHU❑^I i,P.I�TIDIJ; ?ISt.; P,= BASE RC;INI--5 THAT O-F'IIJC IS IN O�. REC.TION IN O-RNr CRU:NE OF WAATERFL'DW BEFORE INSTP.LLNG I it MALE PUN of NE ETTING -ON r _E MAY bE ^'-L SIZES 1 1/4 DIRS':ON OF WATERF!.0'K \ i Shown with optional Cevcr 'Camper Switch Kit. 1. The model VSR-SFG has rivo switches, one can be used to operate a central station, proprietary or remote signaling unit, while the other is used to operate a local audible or visual annunciator. 2. For supervised circuits see "Switch renninal Connections" drawing and caution note (Fig. 6), COVER TAMPER SWITCH (SHOWN WITH COVER IN PLACE) C N.O. KC'. (Wa'I'j (RED) (HLK) FIG. b SWITCH TERMINAL CO1�i1VECTIONS CLAMPING PLATE TERMINAL O`\�UpVr� nwrn nzt.i CAUTION: An uninsulated section of a single conductor should not be looped around the terminal and serveas two separate connections. Tlrewire must be severed, thereby providing supervision of the connection in the event that the wire becomes dislodged from under the terminal. APPLICATION WARNING! Due to the possibility of unintended discharges caused by pressure surges, trapped air, or short retard times, watertlow switches that are monitoring wet pipe sprinkler systems should nut be used as the sole initiatin, device to discharge AFFF, deluge, or chemical suppression systems. kk�or* SYSTEM SENSOR SENSOR Outdoor SelectablIll 4utput Horns, Strobes, and Horn Strobes for Wall Applications SpectrAlert�Advance outdooraudibte visible products are rich v✓ith features that cut installation times and maximize profits. Features • Weatherproof per NEi41A 4X, IP56 Listed to UL 1638 (strobe) and UL 464 (hom) Compatible with System Sensor synchronization protocol and legacy SpectrAlert products Field -selectable candela settings: 15, 15/75, 30, 75, 45, 110, 115, 1351 150, 177, and 185 Automatic selection of 12- or 24-volt operation at 15 and 15/75 candela Rotary switch for horn tone and three volume selections Horn rated at 88+ dBA at 16 volts Rated frorn —40OF to 151 OF Universal mounting plate with an onboard shorting spring that tests wiring continuity before devices are installed Plug-in; des:'gn with minimal intrusion intothe back box Tamper -resistant construction Agency Listings SIGNALING UL F M LISTED _4 .� f . - i.ol ?s. `clm) APPROVED MEA approved w,Ek452:75k ._ .it)f.;n ,luin�;i SpectrAlert Advance offers the broadest line of outdoor horns, strobes, and horn strobes in the industry. With white or red plastic housings, wall or ceiling mounting options, and plain or FIRE -printed devices, SpectrAlert Advance can meet virtually any application requirement, including indoor, outdoor, wet, and dry applications in temperatures from —40OF to 151 °F. Like the entire SpectrAlert Advance line, outdoor horns, strobes, and hom strobes for wall applications include a variety of features that it application flexibility and simplify installation. First, field- sele 24 ctable settings, including candela, automatic selection of 12- or volt operation, horn tones, and three volume options enable installers to easily adapt devices to meet requirements. dam dev Next,SpectrAlert Advance devices use a universal mounting plate for both wall and ceiling applications. This mo; rating plate includes an onboard shorting spring that ensures wiring continuity before devices are installed, so installers can verify proper wiring without mounting the devices and exposing them to potential construction age. Once the plates are mounted, all SpectrAlert Advance ices utilize a plug-in design with a single captured scree to speed installation and virtually eliminate costly ground faults. Outdoor devices ship with weatherproof plastic back boxes (metal bac boxes are available separately) that accernmodate in -and - out wiring far daisy chaining devices. Plastc back boxes feature removable side flanges and ir:.rproved resistance to saltwater corrosion. Knock -cuts located on the back eliminate the need to drill holes for screw -in mounting. Plastic. and metal weatherproof back boxes come with j%-inch top and bottom conduit entries and 3/4-inch at the back. A screw in NPT plug with an O-ring gasket for a watertight seal is induced with each back box. 3 t�� ..., e a �Anre...3�affiib In } .. ,.......... ,„ma=7Vxhttg 7 ��v.' c us Drinking Water NSF I ANSI 61 CAB ELECTRONIC PRESSURISATION SYSTEM .. ..... .... 0.T.RONIC..PRESSURISATIUN SYSTEM TECHNICAL DATA Operating range: capacity up to 32 gpm; head up to 213 ft (86 psi) Liquid quality requirements: clean, free from solid or abrasive contaminants, non -viscous, non -aggressive, uncrystallised and chemically neutral, Liquid temperature range: from 32°F to +95°F for domestic use for other use: from 32°F to +104°F Maximum suction depth: 26 ft Maximum ambient temperature: +1220F Maximum pressures 115 psi .: Maximum setable pressure: 85 psi Motor protection rating: IPX4 Insulation class. F Installation: Horizontal or vertical fixed position Approvals: CSA certification to CSA Standard C22,2 No 108 14 Liquid Pumps, UL Standard 778- 5th Edition- Motor operated water pumps NSF/ANSI 61 - 2014a - Drinking Water System Components — Health Effects NSF/ANSI 372 - 2011 - Drinking Water System Components — Lead Content Special versions on request: alternative types of electrical plug APP�9��I�DOoNS E.SYBOX is DAB's integrated electronic water pressurisation system for domestic and residential use. The E.SYBOX inverter system provides the comfort of constant water pressure, while saving energy too. Suitable for use for potable water, in domestic plants for gardening and irrigatio. Suitable for creating groups of up to 4 pumps. E,SYBOX requires no additional components for installation. CO1k1STR"rTD®h9Ao rr.ATURES E,SYBOX comprises a self -priming, multi -stage pump with electronic inverter management, pressure and now sensors, adjustable, high resolution LCD display and an integrated 1/4 gal expansion vessel, and cartridge check valve, May be installed either vertically or horizontally, in closed spaces without high level of air exchange. The accessories (e.sywall, e,sydock, e.sytwin, e.sytank) permit several installation possibilities. The water-cooled motor, the protective and sound damping ABS hull, the anti -vibration feet and its electronics make this compact poroduct very quiet (45dB under normal use). The wireless system enables the creation of other pressurisation groups able to connect with other DAB devices (eg, e.sylink). The constant pressure can be set from 15 to 85 psi. Fitted with all the safety protections, as well as the protections for the safeguard of the pump. Particularly, the dry run, and the antifreeze protections. All the parameters and the operating status can be displayed and set on the high resolution LCD display. MATERIALS N° PARTS * MATERIALS 1 MOTOR FLANGE TECHNOPOLYMER 2 ROTOR SHAFT AISI 303 STAINLESS STEEL 3 MOTORJACKET AISI 304 STAINLESS STEEL 5 OR GASKET NBR 7 SINTERED PLATE AISI 304 STAINLESS STEEL 11 1" PLUG TECHNOPOLYMER 13 SUCTION BODY TECHNOPOLYMER 14 1"INSERT NICKLED BRASS 15 SHUTTER TECHNOPOLYMER 17 SPRING AISI 303 STAINLESS STEEL 20 DIFFUSER TECHNOPOLYMER 21 DIFFUSER BODY TECHNOPOLYMER 22 IMPELLER TECHNOPOLYMER 22c SHIM RING AISI 316 STAINLESS STEEL 24 NUT AISI 316 STAINLESS STEEL 25 DIFFUSER END PLUG TECHNOPOLYMER .._ ..................�., CARBON IMPREGNATED RESIN/ E.SYBOX= ELECTRONIC PRESSURISATION SYSTEM FOR DOMESTIC WATER SUPPLY Liquid temperature range: from 320F to +950F for domestic use - from 320F to +1040F for other uses. Maximum ambient temperature: +1220F F:1 r E o s to is zo zs 3o Q US gpm H m io so so 30 20 10 n H ft zoo 160 120 80 40 0 0 1 2 3 4 5 6 7 Q m'/h 0 0,5 i 1,5 z Q IA o zo ao 60 so too tzo QI/min o s to is zo zs 3o QUS gpm o s to 5 zo zs Q IMP gpm 0 1 z 3 a s 6 7 Qm'/h 0 os t 1s z QI/s 3 � 0 20 a0 60 80 100 12o QI/min The performance curves are based on the kinematic viscosity values - 1 mm2/s and density equivalent to 1000 kg/m3, Curve tolerance according to I50 9906, O=gpm O 2.6 5.3 7:9 10.6 13.2 15.5 15.5 21.1 23.5 26.4 29.0 31.7 —. MODEL Q=1/min 0 10 20 30 40 50 60 70 80 90 100 110 120 E•SYBOX = H=(ft) 213 208 203 195 187 174 157 136 115 90 62 33 7 ELECTRICAL DATA. MODEL N° IMPELLER POWER SUPPLY 50/60 Hz P1 MAX In A kW HP E.SYBOX 5 230 V - 1.55 2,11 10.0 MODEL A B C D E F O 10 H L M DNA DNM PACK DIMENSIONS DROSS Ib5 UA ___ UB H E.SYBOX 22,20" 10.35" 2,56" 5,18" 4,17" 2,24" 4,97" 0.35° 14,25" 2.76" 6,50" 1" NPT 1" NPT 26.97" 14,17" 1929" 59.52 iii� riirvi! :S ir:xervis iin: ii!li!i i!! mar "u.iiPi,nunri Iriiimui nru�.r.. SV ATER•TE CHMGLOGY - - - h - -=- 35" DIA. SIDE ELEVATION u 35" DIA. r- TOP VIEW NOTE: OPTIONAL THRU-HULL FITTINGS ARE AVAILABLE UPON REQUEST UTILITY STORAGE TANK P� PREM/ER F��ASTICS INC. f✓IANWFACTURERS OFROTATIONALLY MOULDED PRODUCTS 8328 River Way Toll Free: 1-800-661-4473 Delta, BC, Canada Bus: (604) 952-6686 V4G 1 C4 Fax: (604) 952-6696 www.premierplastics.com E-mall: premier@ultranet.ca 300 US. GALLON -UT35-300 240 IMP. GALLON POLYETHYLENE DATE: MAY 2010 SCALE: 1:12 DRAWN: SGM DWG. No. UT35-300 REV. AREA MAP �y ,,.)Use Coaching Roads 1P&k v © SkagiTek Inc Q � A'.''' 0� \J I+'L 'N�'x Cranberry Lake Park © G■oT9i•3 a _ 0 t S Map data m2021 3708 LEEWARD LANE ANACORTES WA 98221 o. Z N <9 b• Z } OwB i WLL� i ✓yC, ice/ 9� / x AREA NORTH OF 209 LINE = 7,207 SF 14.68% SLOPE: 35 % COVERAGE %,;.•% MAX IMPERVIOIUS=2,522 SF MOSNER-FRIEDMAN RESIDENCE 3708 LEEWARD LANE, ANACORTES WA 98221 PARCEL ID: P133206 HANGERS AND SUPPORT - CPVC FLAMEGUARD PIPE PIPE SIZE MAXIMUM SUPPORT NFPA I3D PERMITS"SUPPORT METHODS COMPARABLE TO THOSE REQUIRED BY LOCAL PLUMBING CODER' (INCHES) SPACING (FEET) THE HANGARISUPPORT REQUIREMENTS MUST ASLO BE FOLLOWED ON NFPA I3D SYSTEMS. 3/4" 5-1/2 FT 1. HORIZONTAL RUNS MUST BE BRACED SO THAT THE STRESS 5. RISERS MUST BE SUPPORTED BY PIPE CLAMPS 1" 6FT LOADS WILL NOT BE PLACED ON A FITTI NG OR A JOINT OR BY HANGERS LOCATED ON THE HORIZONTAL SUPPORT SPACING IS SHOWN IN THE FOLLOWING TABLE. TI . CONNECTION ONLY LISTED O N CLOSE TO THE RISER HANGERS AND CLAMPS CAN BE USED. VESTIGE HA 1-1/4 - 6 1/2 FT 2. WHEN A SPRINKLER HEAD A SIGNIFICANT L INES MUST BE SUPPORTED AT INTERVALS TO EXERTEDRC THE PIPE. WITH REACTIVE FORGE CAN EXERTED ON AVOID PLACING EXCESSIVE LOAD ON A FITTING 1-1/2" 7 FT APENDET HEADTOLIFTVE THIS E ECAN GUSETHE AT LOWERENDDOUBLEHIS MINE PE LVE ALLYIFTNEFOT IS NOT SEFROM OR TPIPECE AMPSUSING -BOLT PIPE CLAMPS RISER -BOLT LIISTED ESPECIALLY IF HE SP INK E OP SMROPERLV, PIPE ERVICE LISTED FOR THIS SERVICE. FOR TH 2" 8 FT EDAGAJALL RPIPE MUST BE AGNNST HE DIAMETER PIPE THEPI THE SE THANG VERTICAL LIFT -UP WITH THE CLOSEST HANGER. THE CLOSEST 0. THE RISER SHALL BE SUPPORTEDVERTICALLY 2-1/2" 9FT WITHIN FEET OF THE CEILING OR BOTTOM 3. ALL INTERIOR PIPING TO BE I S' SPEARS CPVC. OF THE JOIST. 3" 10 FT SCHEDULE 00 FITTINGS AND PIPE. T. MAINTAIN VERTICAL PIPING IN A STRAIGHT 4. SPRINKLER RISER DIAMETER TO BE 1.5' ALIGNMENT WITH SUPPORTS AT EACH FLOOR LEVEL, OR AT 10 FEET INTERVALS. TOLCO CPVC HANGER LS lAUt1INA0R EXHIN3IT@rAMMI ww"eme pert rO luww.ranxrwoem � EYIeINOIfGNCCR u oeclww."Ce SX n 'r:T4 C'WIIPIATIEE w.M.,ftA,mxMa / LOT INFORtMTION PARCELAP133206 ,mi,a. oer. ta raveua 1 ,mAL.ww"MI.N�PI wBIULLeulLolrvG HIOHm MNUAUM REWIREMEM w2 BMPS ♦ ■p rall:ronaxameCro, HOUSE BUILDING SECTIONS (1) HOUSE BUILDING SECTIONS (2) .7wwaawe 1 �•.ASTTR 3ECRODI.: HOUSE BUILDING SECTIONS U r II�i HOUSE BUILDING SECTIONS (3) HANGERS AND SUPPORT - PEX PIPE NOTES GENED�RALULIC CONTRACTOR NOMINAL TUBING DIAMETER (in.) SPACING (in.) osANOsrs SYSTEMS 1 THESE ARE DESIGNED `M IN COMPLIANCE NFPA 130 STRANDBERG CUSTOM HOMES 3/8",1/2,3/4",1" 32" TUBE TALON 2. ALL INTERIOR PIPING TOBE-REHAPPIPE UNLESS OTHERWISE NOTED. v PO BOA 319 1. PLASTIC HANGERS AND STRAPS ARE RECOMMENDED, BUT SUPPORTS WHICH ARE FOR USE WITH 3. MINIMUM SPACING BETWEEN SPRINKLERS IS 6'0' PER NFPA I3D, REFER TO SPACING C/DVRTS FOR 2018 RAVENUE METAL DESIGNED PLASTIC TUBING CAN BE USED. MAXIMUM SPACING BETWEEN SPRINKLERS AND FROM WALLS. ANACORTES, WA 98221 2. VERTICAL TUBING SHALL BE SUPPORTED AT EVERY FLOOR HEIGHT)AND AT THE MIDFLOOR GUIDE THE ROUTING . 4OF THE TUBING SHOWN ON THIS DRAWING IS INTENDED TSTESCHEMATIC THIS PHONE: (360)-293-7431 FLOORS BETWEEN FLOORS. BETWEEN . DRAWING SHOWS SUGGESTED ROUTING ONLY. ALTERNATE ROUTING MAYBE USED SO LONG AS ]. BEN NG A IGNEDPROTECT ® SHO CONNECTED IN THE VING MAT RIAL ON AL PENETRATIONE TO BUSHING OR SLEEVING MATERIAL ON ALL PENETRATIONS TO PROTECT USHING RSLE ARRANGEMETHE NT ARRANGEMENT SHOWN TUBING. 5. ALL PIPING TO BE SUPPORTED ACCORDING TO ® NFPA 130 AND MANUFACTURER'S RECOM.IEND4TIONS. I. PIPING LAID ON OPEN JOISTS OR RAFTERS SHALL BE SUPPORTED IN S. THE PIPING ARRANGEMENT AND HYDRAUUO A MANNER THAT PREVENTS LATERAL MOVEMENT. CALCULATIONS ARE PROPRIETARY PROPERTY ® OF MIRE AND XFIRE RESERVES THE EXCLUSIVE RIGHTS 5. SPRINKLER PIPING SHALL BE SUPPORTED IN A MANNER TO PREVENT THE TO THEM. UNAUTHORIZED REPRODUCr10N OR USE IB MOVEMENT OF PIPING UPON SPRINKLER OPERATION. FORBIDDEN. 4 L.3 T.3 N - FA M MAIN FLOOR MANIFOLD IN WALL EXAMPLE MOST HYDRAULICALLY REMOTE HEAD HEAD # GPM PRESSURE REQ'D AT STREET HEAD # H.24, H.25 GPM 26 PSI 70 HD SYMBOL MODEL N K FACTOR MAX SPACING O RFC43-12 SIN-RFC43-RA0612 4.3 12X12 RFC43-14 SIN-RFC43-RA0612 4.3 14X14 RFC43-16 SIN-RFC43-RA0612 4.3 16X16 O RFC43-18 SIN-RFC43-RA0612 4.3 18X18 @ RFC43-20 SIN-RFC43-RA0612 4.3 20X20 Nominal Temp 1(- Sprinider Max. Minimum Required Sprinilder Discharge Single Sp' ar Two or More Spriniders Model Orifice Sze Rating Factor Spaung Distance Flow Pr(ppsi))re Fl(ow Ea. Preeswe Ea. (In) (>) (R) T00I (911rn) FM) (Psi) 12 = 12 6 12 7.8 12 7.8 14 x 14 7 13 9.1 13 9.1 SN RFC43 112- 165 4.3 16 x 16 8 13 9.1 13 9.1 18 x 18 9 18 17.5 18 1Z5 20 x 20 10 21 218 21 238 NUMBER OF SPRINKLER HEADS: 32 HD SYMBOL MODEL # K FACTOR MAX SPACING ® F1R44A6-12SW F1 RES 44 SWS 4.4 12X12 ® F1R44A6-14SW F1 RES 44 SWC 4.4 14X14 F1R44A6-16SW F1 RES 44 SWC 4.4 16X16 Model Norminal Temp 1t' Sprinlda Max. Minimum Requited $rintler, Discharge Single Sprirdder Two or More Sprinldm F1 RES 44 SWC Orifice Sze Rating Factor Sparing Distance Flow Pressure Flow Ea. Pressure Ea. FIR44A6 (in) (T) (ft.) TO Wall (R•) (9Prn) (Psi) (91:111) (Psi) Top of Deflector to rig Inch mm) 318' 155 4.4 12 x 12 6 13 8.7 13 87 4 t 14 IF 14 7 14 10.2 14 10.2 (ICAO0to 152) t 16 x16 8 17 15.0 17 15.0 NUMBER OF SPRINKLER HEADS: 1 WATER SUPPLY SUPPLY PUMP STATIC PRESSURE 70.000 RESIDUAL PRESSURE 65.000 AVAILABLE FLOW (GPM) 32.000 TOTAL PRESSURE REQUIRED 36.249 TOTAL REQUIRED FLOW (GPM) 32.000 SAFETY MARGIN (PSI) 30.346 SAFETY MARGIN (GPM) 6.000 It Rehairec Ina.10., Ee mowE GP c'oeatAe.III. rPIPkto Mbw Ileac M1omte w, lell to Vendor Imo @e Irt. the .51. M.'Caw etlk cpem ens keep me Plea we,m. TRAPPED AIR SPACE BATTINSULATIONTENTED OVER PIPING TENTING THIS SYSTEM UTILIZES A 300 GALLON WATER STORAGE TANK & BOOSTER PUMP CAPABLE OF PROVIDING 26 GPM @ 70 PSI. 1. SYSTEM TYPE: MULTI -PURPOSE FIRE PROTECTION SYSTEM. 2. PIPE: RAUPEX NON -BARRIER - U.L. LISTED FOR MULTI -PURPOSE FIRE PROTECTION SYSTEM. 3. SPEARS FLAMEGUARD PIPE - U.L. LISTED AND APPROVED FOR WET PIPE FIRE SPRINKLERS SYSTEM. 4. FITTINGS: EVERLOC - U.L. LISTED FOR MULTI -PURPOSE FIRE PROTECTION SYSTEM. 5. FITTINGS: SPEARS CPVC - U.L. LISTED FOR NFPA 13, 13R & 13D SYSTEMS FILE NAME: L-3675 MOSNER- FRIEDMAN RESIDENCE SHEET NO. 100 I OF 3 N W Z 0 M N C inLu ti D' c� 5�N O H 0� W Z U) WWto �U m M > ZOmUZ I- Z ameoQ O P- Z X U mn.Naa T R J 2 a Lu i c co SPRweL"ES ALSO TOILET S,IPPLYI DAB - E.SYBOX wL wL ELECTRONIC PRESSURISATION SYSTEM 65 PSI - 32 GPM, YeYpi }■yn� 300 GALLON WATER STORAGE TANK ePVG 1.E'%,-rtFH .CC E ESi UPRIN E%IERIOP BELL a a B?LL Y£ WPLEP ,'-PASS PRESSURE wl a euirv� ELM YEFIUHIUL 1SOVERFWW W "a"Ch ImT "Ex pWN 11 'J,,C 300 GALLON TANK EUPPLY (WATER STORAGE) DCIESM aUPPLY E%lERlpl NIVTPR wANKWE.CEE ❑® d T0.aCeGVC XAN�A 1. CHEC%VI.LVE TEST ORIFICE -� 0 FIRE SPRINKLER BOOSTER PUMP/300 GALLON WATER STORAGE TANK 'Ao u,ZW 3 O o W 00 (A o W 0) W O 0=-�11 a �o� U N L - Z W N Z w LLJ LL D � , W 0 ac6 IX 3 N a � (�`i W LU 3 Lu > �LL¢ �� oWW O V MI o CD W W coati O Huj Z W O W J _j C c Z W I- W 0 ■uxoouu���u■■ � � r ■ a/ +t■u • ^ ■ � II W W ale '" a . um O 'j Lu J ■ uM ■ V Q f Y M ' (L Z U) I Z UCE �\ r N ■QOM :■=a.oui weena Nar N ;uVI� 00 J_ W ■ QmxX �i� CO Z G CL 0 ■ A ■ ■u0uax■u■■ ■■ O Cn a tl C5 eo OWNER STANDARD SYMBOL KEY HYDRAULIC CALCULATION SYMBOL KEY 'WO C 00 A MOSNER ZACHARY 8 FRIEDMAN PATRICIA ELLEN 4827 BEACH DRIVE SW 1" FLAMEGUARD (CPVC) PIPE H9 Q RFC43 16 HEAD WITH HEAD NUMBER, SPRINKLER TYPE NUMBER &COVERAGE S.0 SOURCE Dia INSIDE DIAMETER OF PIPE 0) L W)p cm Y ti to C � %� M • N o r j d C M X 1.5" FLAMEGUARD (CPVC) PIPE HA HEAD NUMBER C-Factor INSIDE OF PIPE SMOOTHNESS DOMESTIC PIPING R.30.A RISER NUMBER FT FLOWING TEE SEATTLE, WA 98116 PHONE: 360 425-241-8635 ( ) 3/4" REHAU PEX PIPE F HORN STROBE 0 T.30 TEE 1B 1 BRANCH OF A TEE 1%ft � r m W LL .. 1" REHAU PEX PIPE P.1 PIPE N P UMBER 1R 1RUN OFATEE L.1 90 DEGREE ELBOW PT PSI TOTAL 1 H 1 SPRINKLER HEAD D.T DOMESTIC TEE ROA RISER FLOOR CONNECTER AND RISER NUMBER PF PIPE FRICTION 1L 90 DEGREE ELBOW M T.30 0 NODE (TEE) NUMBER PE PSI ELEVATION MNF MANIFOLD Pill PIPENUMBER QA GPM L.2 90 DEGREE ELBOW QT GPM QUANITY D.T DOMESTIC TEE I I 11'4" 36'-1' 1�'-p• 3'-(' 1, 4)'V-_ 3'-0' 4. at2 12' 3'-0' 3'-0' ----i- T_?-- a'_?^ :0is PIC ',N583L11c Pcc_ 1r;;:9 y}66 CASE YY801050 M C.A:i 'X3!3J6DCASE _ _..1 .... ..... .. ......... .. . ..... ..... . a o - - - - - i' BUR '#2 I' UTILITY J PORCH" r VCEILING J I s ,IfY CE., µ.7� %' I C173C9_0 4 I. OFFICE R ::•..;'i .: 10'CEILING 10"CEILING I RFC.�}3—}.8 t rl RFC43-18 o H j� J H.3 L.1 LIJ a fy PR UPEXP "=---- d FIRE SPRINKLER 1 1J 0 RISERMIgNIFOLD as I RFC43-20 p e j iJ P 2 - of i, H.1 : /` p r:.' -- — PUMP .. n_ •'.. �r' F A8 - - - - - - - - - — - - 5. L2 A8 300 • f j' / r<. �'-1+ GALLON WATER SERVICE ! 8'-0^ y'': • i' ` . II _ ..... -. WATER 1. 300 GALLON WATER SYbRAGE TANK `:'• > I 4 2 STORAGE 2. E.SYBOX 666S ER PUMP •60 P51, 32 GPM. : N r NK iL ;? & r �.:• a"CEItlNG :�: ro LL t° •: ........... .... _________ .___ ____.______.____....................... , i• i' pil i vic f�FC 'S 1$ P ::.:.:........ 5; I ix w 4 ` RFC436dJH -- N H.8 H.10 S f`• o ,LL RFC43-16 RFC43-16 ' ' DROPIFe1UN r-0 74e----------------------------------24'4r-------------- ----- - 12 D -- - 3; � G , l"ei � `• P 9' 9r� N $ S § F LIVING RM 0• 10"CEILING rg h '% 9, CEILING I' �' MIDI LI E r 4S 1. r tip N R•ti�C43 ;1"6 RFC43-16 RFC43-16 I H.9 H.11 "' ' a `c. - RFC4 H.31 �A8- - - - - m T''P?i'I14 6�1SN! AS o Lower Floor POST PER J w - .— •'.. AIXP 5 9 9 v STRUCTURAL 9'-s"' � :i i 'RFC43-12;/. �;---------- , 18'X 18'FINISHED `''. H j•2 i' CLAD PER ELEVAT ION 2'_�. lr-01"L✓ �, RFC43-18 _r.............................•. Y .1.A m H.14 ..a .. . 2i2 �Gs i . 8 t D': T., H. , z m $ DR y:15 ' RFC43-16 1"REHAU PEX PIPE 4 BATfi #1 - / 9" (LING EXERCISE RM ITCEILING BDRM#1 EXACT DIM. DEPENDENT { +' 10"CEILING \ 0 ON TUB SELECTION {I �� HANDRAILS 1 MAMA . _W F W463016AWN 45'443i-13FIXAWN W4331J9AN;N 1V4? 4J.! lir ANNN 006C7 VII M20 I II II 1-0" 3'-0" Oj4K— Y.O. t— 3'-0' 13'-T 12' — 2'-0'—r T-1 12' 12'-1" 2'-8" V-9 12" T-9 1$7 9-5" 51'-0' IN --- 1134.9tifLJ. • VA9, BASEMENT FLOOR PLAN OQ� W N jam J N Z nw O 1 i O H c LL 0 Lu cc ao w aJ �, Zcc U W LL m m 1"• w C Z W ■ �'m N � :i0M• � � Y ■ .$gog : :1-op 4') • LJ :<O f • � J O ■ ■ � O ` VIC ■ • G QIOXX ■ ■ • •.■■■..&ma -as ■ also W V z W 0 W W LLJ LL LLJ 0 2 FILE NAME: L-3675 MOSNER- FRIEDMAN SHEET NO. 2.0 2OF3 1n W x 0 I'- N DO � fn U W T Q It, M O H x WmWLuW Z CV o U Q M Q F- O ui Z0 m O 0 H w(La4IL O O Z 2 W O X 0 C1' a' Lu Z Z J Q F J V) O� LU Za Q W W x p 0 W x WO a O mii O Q N 2 (n M f QOGo � WL r cn M 0 r II W �w W Q Y0. Q Z a cn N 6. W w z ? rL o N Q `o � m E DO Ln c LO r: c n Ncj M O c0 Ln Do m M IL 13 5'-01- _— ___=k 6-01 13 -2T ❑ 14 :Pp 11'-1 W" ooW.M ARM rZ� ■.5 Y 16 GL6 3'-1 D 15'-0" TAX 1'-7112• i'-6' 3'-0' 1'-3" 3•-0" 2.512" 3'-0" 3'-0°— !b,'2231i13AWN W'233U18 e'.X A'/'ts I V<12430169Sti?I W25 A916A:VN W''2i63DId Al5 14 RFC43-16 H.33 M.BATH 10" CEILING W a a MASTER BDRM 10" CEILING x RFC43-16 H.32 �0 i G+5 sTGvc RFC 43-16 1" REHAU H.25 IIRED FLOW 26 RFC43-16 DINING IT CEILING RFC43-16 H.27 GREAT ROOM VAULTED CEILING FC43-16 .26 vGl CVOsm 16' 3 PLAFE. VAULTED r� t2• — I .� :I'•a11�n. 20 17 17 T-0° --T4r -Vc 2'4 12" N, 3'-3 12°NIA 3'-0" Vita' 346 CASE 1512A31.111 a P:r 3'4r 12'-D" T-7 Ilia" 4'-4 1 S'i a" I \ -� W.I.C. ! ! LAUNDRY. 4.. VERIFY FENESTRATION ZIU [ ! IT CEILING I 10" CEILING : -_�--' i1 CD '' ------------- \ .T DESIGN T.a. O. Y \\`J RFC43-92 !- x CAESIGN SURE it it ■ RFC43-16 H.19 `\ H.20 RFC43-16 HALL 10" CEILING 1" REHAU PEX PIF I v 39 7 J.• C. J / 2' 2!-0 RFC —16 H.28 I I I I I I I II�a jt4-16 <: § i l l y I I �❑ I__________ ___________ il RFC43-16 I! !wwATv Q43-16 H.23 II o" :i! r' I ` h a�NSTN .�2 - 1' RERAU PE% PIPE KITCHEN 10"CEILING -__- __-_. --- .a ---ram=-= - � .m UGNT AM ICHNGCE UNMR JP PR AT CAPh'U32318 VIC: 10406 24I3 FIG: W 07'23t3 M' Up -21 - 24'-3" IVINCI AREA 1&/ : i'. s Z.2.A `s b Ci RFC43-16 JH.21 ! 4 'R l PANTRY . 10"CEILING e7 n �_____________ • --' 'C431-'21171 18 I: I! m- I Z �6 J - T A ! rn I— — I ATTIC I I ACCESS I I VERIFY I L_ - J GARAGE 10" CEILING � P 4 — — — -- I r — — — — — — — — . f I I II tiv3?.01G FCC. 4Y36?df iEm . I I I — TAT 3'-0 I I I I I W-11 MAIN FLOOR PLAN Q, W LL m a ~ L G IN Lu LIM LLJ ..........■■. owes . ■ ■ > f ■ U N ■ b � ` ^ ■ W N ■ ■ ■ W ■ W F 6 ■ l o 3 .��Y Z .- M :oo � ■> p ■= > E� • z W z ■-ro ■p<pW m L 7Q ■ LO ■t u. 3F- f ■ IC Q _1- N J O F, ■ UW ■ C c yW p-W¢ �■ +■ ■ 1120 ----- ■ . uuuuu. a ■ ■ .• 1 J