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Home My WebLink About28197 SEPTIC TANK CONSTRUCTIONSTATE OF FLORIDA DEPARTMENT OF HEALTH & REHABILITATIVE SERVICES °<a..•W SEPTIC TANK CONSTRUCTION PERMIT County Health Dept. No. Owner ¢ For Installation At: Drainfield Size Sand Filter Size Septic Tank Capacity Minimum Grease Trap Capacity Minimum Dosing Tank Drain Tile (a) Installation must be in accord with requirements of Chapter 10D-6, Florida Administrative Code. (b) Final inspection required before work is covered. (c) Permit void if not used within one year. (d) Approvedinstallation does not guarantee performance. Date of Application Issue Issued By Permit VOID if well or septic system is inst?Iled e m; a��tion other than area RTMENT` pR10R HEALTH LlDEPARTM APPROVAL REQ IRED lr R PnQnn ann-AR9 J y�FT14ESr.4 FLORIDA MODEL` ENERGY EFFICIENCY CODE y�P 3 FOR BUILDING CONSTRUCTION BOB GRAHAM SECTION 9 GOVERNOR'S ENERGY OFFICE GOVERNOR POINTS METHOD LEX HESTER, DIRECTOR • �00wr"To, PREPARED BY: BRABHAM KUHNS DEBAY -CONSULTING ENGINEERS: PROJECT NAME AND NUMBER BUILDER OWNER 15/ 40 C/ STATISTICAL DATA ZONE: FLOOR AREA ROOF R-VALUE HEATING SYSTEM TYPE 9 y�� sqft R- l STRIP. ff HT.PUMP-❑ GAS, ❑ I OIL- ❑ I SOLAR- ❑ E P I WALL AREA WALL R-VALUE HOT WATER SYSTEM TYPE I I'),— j5_i5` sgft R- Y p ELECTRIGEr HT. REC.; ❑ GAS' ❑ OIL- ❑ I SOLAR I ❑ A/C SYSTEM GLASS AREA WALL CONSTRUCTION NUMBER OF UNITS PER STRUCTURE EER- 71 o sq.ft. CBS: ❑ I FRAME: E SING'.FAM DUPLEX: ❑ TRIPLEX`: ❑ OVER 3 - J THIS DATA TO BE SENT TO THE GOVERNORS ENERGY OFFICE TOTAL HOUSE POINTS CERTIFIED BY EPI- 91 ® DATE o Fewer total points mean 2reater energy savings. 11 SOLAR WATERHEATER CALCULATION NUMBER OF BEDROOMS IN HOUSE HOT WATER TANK CAPACITY TANK CAPACITY PER BEDROOM (=tank capacity number of bedrooms) .... DCR OF COLLECTOR'(dally collection rate in Btu's at 122 F from Mfr. data) DCR PER BEDROOM (=DCR=number of bedrooms) HOT WATER POINTS (from table9c) Attach copy of collector rating certificate. Collector must be mounted within 30° of south. HEAT RECOVERY UNIT CALCULATION NUMBER OF BEDROOMS IN HOUSE [HOT WATER TANK CAPACITY �:..:.... TANK CAPACITY PER BEDROOM (=tank capacity : number of bedrooms) f `¢ HRU CERTIFIED RATING (in Btuh per ton) � � %Y iF`ry• ,g^pY BACK-UP SYSTEM (electric or gas) �4y Y HOT WATER POINTS ( from table 9 c ) Attach copy of HROrs--rating certificate indicating output in Btuh/ton when operating with proposed A/C system. FLORIDA MODEL ENERGY EFFICIENCY CODE FOR BUILDING CONSTRUCTION HOUSE POINTS CALCULATION FOR M900-456 WINTER COMPONENT I AREA WPM ZONES-456 ""'V""" ` SUMMER COMPONENT I AREA f SPM T POINTS. RO-2.9 19 e 5 RO-2.9 28 @ 8 Uj v R3- 39 1198 R3-3.9 13 s 7 R4-5.9 9. Scf) R4-5.9 12 3 z z 0 8.2 R6aUP 11s4 -i inR6aUP -1 ov 00 QJ Q Ya RO-109 17 # 3 Y � RO-la9 25. 2 3 aFz RII-18:9 13 PZ 4,1 5® 3 Q Z RII-18.9 639) 11.4 A mmw crmw R198iUP 2m1 R19aUP 8#4 u_Go> u-d5> U) o O SOLID WOOD 3S 162.6 f, p j c/) X p SOLID WOOD 3IB 45, 9 q Lj INSULATED R5 1S0s8 INSULATED R5 18.4 DOOR 7696 :STORM DOOR 36o6 _STORM STORM DOOR-R5 69 0 5 STORM DOOR R51 15. R0-10.9 42@4 v RO-10.9 41m2 Q Q R11-18.9 S. S RI I-I8.9 11 8 R19-21.9 /yi® 3s4 �-O(p(® R19-219 /y9® 6s8 w w Z Z R22-29.9 2 o 7 R22-29.9 6. S Z ? R30aUP 2s2 R30aUP 4s7 --1 --� j R 0-5.9 42 e 4 m ., R 0-5.9 41. 2. W t w m }�y� ��- R6-7.9 9. 7 R6-7.9 19 s 8 R'8-9.9 7 e S R8-9.9 15 01 U a s U Q Q w 0 R10-11.9 6 s 2 RIO-11.9 12 @ 8 R12-18.9 S. S R12-18.9 9@ 3 z z ? Z N u) R19aUP' 3o4 R19aUP 6@8 w p RO-S9 199 0 R 0-6.9 SSID R7-10.9 6 s 2 R7-109 6. 8 0 w 3 RII-18.9 416 RII-18.9 497 a d. R19aUP 2s9 R1981UP 2.8 M cn OO z 0 z p w RO-2.9 22s7 w RO-2.9 6010 w R3-5.9 11 s 2 0 .J z w R3-5.9 15 o Q LL z U LL v R6-10.9 7.4 R6-10.9 7.8 Ir zo RII-18.9 4 s 7 w oZ R11-18.9 4S 110 0 L) R19aUP 311 R19aUP 209 W Q w EDGE INSULATION PERIMETER WPM G W P ^ RO- 2.9 77— '60.1 l " R3- 5.9 45.9 . . R6 a UP 30.6 o :' � a J C9 OR. AREA SINGLE DOUBLE WO F G W P � Q J � OR. AREA -I_ GLE DOUBLE S O F G S P , LRQTIN. CLR.j TIN. N 19 101. 3 6792 N ],76 149 147 I _ 53 Y NE 1 ❑1 s 3 67,2 NE 263 221 226 189 E P p_ Q 1 ❑1. 3 6 7 s 2 ,e6 2 E I f° q 356 229 307 256 .9.' 31/ 9 SE 101 @ 3 67 s 2 SE 339 28S 293 245 S 10193 L7 9 2 s. SO S 1 272 229 230 1'93_ Z- 5, W 101. 3 67,2 SW 339 28S 293 24S Wo '101 s 3 67 s 2 �(�$ W u� 356 299 307 256 ) NW 101@ 3 6 7.2 NW 263 221 226 189 H 3, 5 21 e 2 H 591 494 521 434 H=HORIZONTAL GLASS (SKYLIGHTS) FOR 'TINTED GLASS S.C.00.83 SEE SEC.902.2(d) TOTAL GROSS WINTER POINTS 1 057,511TOTAL GROSS SUMMER POINTS PirY7 F— 15 'E C I°FIBERGLASS 1.15 S-0I1 l o W F 0 I° FIBERGLASS 1.150 LZ$ 1.5" FIBERGLASS 1.12 1.5°FIBERGLASS 1.12 DUCT IN COND. SP 1.00 DUCT IN COND. SP 1.00 HSM from table 9A ISOM x I 51011 I 11 CSM from table 9B 19 7278 x , 95 190 LFLOOR AREA (DIVIDE) 1,501)1 ll1 - I qO I -- 33, 6 FLOOR AREA (DIVIDE) j9a&1?-?- _ jgeloj 41W '1W WINTER POINTS (WP) 13.6 SUMMER POINTS (SP) CREDIT POINTS CEILING FANS IMULTIZONE A/C I VENTILATION OTHER TOTAL CP from table 9 D 1 .3 1 1._ - 3 PENALTY POINTS from table 9E W.8D. IN COND. SPACE INOPERABLE WINDOWS OTHER TOTAL P P I i FORM 900-456 WINTER POINTS SUMMER POINTS 33,E + weG FEWER TOTAL POINTS ARE TOTALS WATER POINTS CREDIT POINTS PENALTY POINTS ,OURAGED FOR MAXIMUM ENERGY SAVINGS FORM 500-456 ZONES-56 9F WINTER OVERHANG FACTORS(WOF) FEET N I NE E SE S SW W NW 0-.99 1s00 0s99 ❑s85 0 @ Sf= 3 s39 OA 5 1-1.99 ❑, 99 11,83 OsS83o42 0@60 ❑ 2-2.99 1.171171 0•99 ❑e84 QsL21MO ❑.65 0@86 ❑s99 3-3.99 0@99 0@86 M6 sS7 000 ❑s87 0s99 4-4.99 0j99 0@88 0@7 r66 006 0.89 0s99 5-5.99 11s00 0199 0@90 0s7 303 0,81r- 6-6.99 JjMLLL99 0@9 D .8❑ M86 ❑,93 M99 7-7.99 1.00 ❑.99 0s93 0*8 .87 0@90 099S 0@99 B-8.99 1@00 1s00 0s96 ❑e9 i92 0@94 0@97 1s00 9-%99 1s00 1@00 0@97 ❑s9 .94 0s96 ❑,'98 1s00 12 0 1s00 ❑s98 ❑@9 s98 0s98 ❑s99 1s00 (10-1029 IIauP 1.00 1@00 1.❑❑ 178❑❑❑ 1100 1800 1000 97 ISUMMER OVERHANG FACTORS (SO r) FEET N NE E SE S SW W NW 0-.99 1-1:99 2-2.99 a0❑ 0@98 @ ❑s% 3-3.99 � a s s a 9 4-4.99 1 *TV ❑ 2 D2 ❑a.85 0981 0981 0s81 0@8 M92 5-5.99 3s99 0s89 ❑s81 007 0@77 097 DeLM89 6-6.99 Is99 ❑e87 007 0,73 0,75 7-7.99 3e99 ❑ s 85 0 s 73 0001D,73 001 7 0. 7 0, 8S B-8.99 Im99 M83 001 ❑s68 002 096 DO ❑s83 9-9.99 1@98 ❑a$1 0.69 ❑e67 001 M6 0@6 ❑r81 10-I0.99 a9&U, 09 0#67 ❑'e65 000 ❑s6 0*6 ❑09 II-11:99 s98 00 0.66 0964 000 0s6 ❑�6 ❑08 12&uP s97 ❑07 M63 ❑@63 0.7❑ 0,6 0s6 0 Z 9A I HEATING SYSTEM MULTIPLIER (HSM') HEAT PUMP COP 2.0-2.19 2.2-2.39 2.4-2.59 2.6-2.79 2.8-2.99 3.0-3.19 3.2-3.39 1 3.48UP HSM 0.50 1 0.45 1 0.42 1 0.38 1 0.36 1 0.33 1 0.31 1 0.29 SOLAR HEAT Q-% CAPACITY) X (BACKUP SYSTEM HSM) GAS' HEAT 0.50 OIL HEAT 0.70 ELECTRIC STRIP HEAT 0 9'R COOLING SYSTEM MULTIPLIER (CSM) ELECTRIC EER RO-6.49 6.5-6.99 '70-7.49 7.5-7.99 8.0-8.49 8.5-8.99 9.0-9.49 9.5-9.99 10.0-104910.5-10.99 11.0-11.99 12DaUP CSM 1.08 1.00 C 0.93 0.87 0.81 0.76 0.72 0.68 0.65 0.62 0.59 0.54 COP 0.40-0.44 045-0.49 0.50-0.54 0.55-0.59 0.60-0.65 FO.65-0.69 0.70BUP GAS CSM 1.50 1.25 1.20 1.09 1.00 .92 .89 Note: EER= cooling mode COPx3.413=ARI rated cooling output in Btuh -total watts consumed. 9G HOT WATER CREDIT POINTS (HWP) ELECTRIC 0 s Ll GAS 12 s 2 MINIMUM CERTIFIED DCR OF AOOO BTU PER BEDROOM AND 15 GALLONS STORAGE PER BEDROOM 18 i 2 SOLAR MINIMUM CERTIFIED DCR' OF 9 00 BTU PER BEDROOM AND 20 GALLONS' STORAGE PER BEDROOM 21 . 3 MINIMUM CERTIFIED DCR OF 12,000 BTU PER BEDROOM AND 27 GALLONS STORAGE PER BEDROOM 2.2 o 8 A/C HEAT MINIMUM CERTIFIED RATING OF 1500 BTUH/TON 1 RECOVERY MINIMUM CERTIFIED RATING OF 2500 BTUH/TON 16 UNIT Minimum hot water storage tank with HRU- 40 gallons Note: Daily collection rate (DCR) is measured at 1220F using FSEC Standard Florida Solar Day 9D SPECIAL DESIGN CREDIT POINTS ( C P ) CEILING FANS IN CONDITIONED SPACE -5'POINTS MAX. I PER FAN MULTIZONING A/C (Zones must be separated by operable door,)- 5 POINTS MAX. PER RESIDENCE 5 INDOWS ON TWO OR MORE SIDES OF A ROOM (Excluding Inoperable or corner windows and bathrooms.)-5 POINTS MAX. I PER ROOM 9E SPECIAL DESIGN PENALTY POINTS (PP) WASHER a DRYER IN CONDITIONED SPACE. 3 MAXIMUM OPENING OF GLASS LESS THAN 50% OF TOTAL GLASS AREA 5 _3