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1654 Diffley Rd - HVAC Simplified Approach Option - I Beach TanUm tel 14 401i 1C1enu. System Mfg. & Equipment Heating Cooling Tag(s) Model Type No. Rated Rated Minimum Rated Rated Minimum Econ. fin' ` p Capacity Efficiency Efficiency Capacity Efficiency Efficiency Min. e-kg.R i fa '.. T-u ' O Efficiency 4bIst Z R `�— ` o© 5 Project Name: _ 4-l�.Vc `°t , Project Address: 1 ( S 4 t ,k 1 7 1 1 � 1 ,f. \ Date: S — K 11 City: :_ L �� �-i Zip: C.� HVAC System Designer of Record: ,... 5.- Telephone: Cowl ~ SO C - 25 t 4' Contact Person: ,, F.L 7 Telephone: 62 SI- (712,—as 4 The building is 2 stories or less in height and has a gross floor area is less than 25,000 ft Requirements (a) All systems serve a single HVAC zone. iryk (b) Cooling (if any) is provided by a unitary packaged or split - system air conditioner that is either air - cooled or evaporatively cooled and meets the efficiency requirements shown in Table 6.8.1. List equipment in the table below. HVAC Simplified Approach option ualit Ica tton ❑ (c) The system has an air economizer as required by Table 6.5.1, with controls as required in Tables 6.5.1.1.3A and 6.5.1.1.38. The economizer has either barometric or powered relief sized to prevent overpressurization of the building. Outdoor air dampers for the economizer use are provided with blade and jamb seals. ❑ Exception: The cooling efficiency meets or exceeds the efficiency requirement in Table 6.3.2. Document in table below. (d) Heating (if any) shall be provided by a unitary packaged or split- system heat pump, a fuel -fired furnace, an electric resistance heater or a baseboard system connected to a boiler. All heating equipment meets the efficiency requirements of the Standard. List equipment in table below. (e) The outdoor air quantity is less than or equal to 3,000 cfm and less than or 70% of the supply air quantity at minimum outdoor air design conditions. ANSI /ASHRAE /IESNA Standard 90.1 - 2004 ❑ Exception: An energy recovery ventilation system is provided in accordance with the requirements in § 6.5.6. (f) The system shall be controlled by a manual changeover or dual setpoint thermostat. ❑ (g) Heat pumps equipped with auxiliary internal electric resistance heaters (if any) have controls to prevent supplemental heater operation when the heating load can be met by the heat pump alone. ❑ (h) The system controls do not permit reheat or any other form of simultaneous heating and cooling for humidity control. ❑ (i) Systems are provided with a time switch that (1) can start and stop the system under different schedules for seven different day - types per week; (2) is capable of retaining programming and time setting during a loss of power for a period of at least 10 h; (3) includes an accessible manual override that allows temporary operation of the system for up to 2 h; (4) is capable of temperature setback down to 55 ° F during off hours; and (5) is capable of temperature setup to 90 °F during off hours. ❑ Exception: System serves hotel/motel guest rooms. ❑ Exception: System operates continuously. ❑ Exception: System has both a cooling or heating capacity less than 15,000 Btulh and a supply fan motor power greater than 3/4 hp. ❑ (j) Piping is insulated in accordance with Table 6.8.3. Insulation exposed to weather is suitable for outdoor service. Cellular foam insulation is protected from water and solar radiation. Exception: Piping is located within manufactured HVAC units. (k) Ductwork and plenums are insulated in accordance with Tables 6.&2A and 6.8.2B and sealed in accordance with Tables 6.4.4.2A and 6.4.4.2B. (I) Construction documents require air systems to be balanced in accordance with industry- accepted procedures to within 10% of design airflow rates. (m) Where separate heating and cooling equipment serve the same temperature zone, thermostats are interlocked to prevent simultaneous heating and cooling. (n) Exhausts are equipped with gravity or motorized dampers that will automatically shut when systems are not in use. ❑ Exception: Design capacity is less than 300 cfm. ❑ Exception: System operates continuously. ❑ (o) Systems have optimum start controls. Ir� Exception: Supply air capacity is less than 10,000 cfm. .. U Project Name: _ 4-l�.Vc `°t , Project Address: 1 ( S 4 t ,k 1 7 1 1 � 1 ,f. \ Date: S — K 11 City: :_ L �� �-i Zip: C.� HVAC System Designer of Record: ,... 5.- Telephone: Cowl ~ SO C - 25 t 4' Contact Person: ,, F.L 7 Telephone: 62 SI- (712,—as 4 The building is 2 stories or less in height and has a gross floor area is less than 25,000 ft Requirements (a) All systems serve a single HVAC zone. iryk (b) Cooling (if any) is provided by a unitary packaged or split - system air conditioner that is either air - cooled or evaporatively cooled and meets the efficiency requirements shown in Table 6.8.1. List equipment in the table below. HVAC Simplified Approach option ualit Ica tton ❑ (c) The system has an air economizer as required by Table 6.5.1, with controls as required in Tables 6.5.1.1.3A and 6.5.1.1.38. The economizer has either barometric or powered relief sized to prevent overpressurization of the building. Outdoor air dampers for the economizer use are provided with blade and jamb seals. ❑ Exception: The cooling efficiency meets or exceeds the efficiency requirement in Table 6.3.2. Document in table below. (d) Heating (if any) shall be provided by a unitary packaged or split- system heat pump, a fuel -fired furnace, an electric resistance heater or a baseboard system connected to a boiler. All heating equipment meets the efficiency requirements of the Standard. List equipment in table below. (e) The outdoor air quantity is less than or equal to 3,000 cfm and less than or 70% of the supply air quantity at minimum outdoor air design conditions. ANSI /ASHRAE /IESNA Standard 90.1 - 2004 ❑ Exception: An energy recovery ventilation system is provided in accordance with the requirements in § 6.5.6. (f) The system shall be controlled by a manual changeover or dual setpoint thermostat. ❑ (g) Heat pumps equipped with auxiliary internal electric resistance heaters (if any) have controls to prevent supplemental heater operation when the heating load can be met by the heat pump alone. ❑ (h) The system controls do not permit reheat or any other form of simultaneous heating and cooling for humidity control. ❑ (i) Systems are provided with a time switch that (1) can start and stop the system under different schedules for seven different day - types per week; (2) is capable of retaining programming and time setting during a loss of power for a period of at least 10 h; (3) includes an accessible manual override that allows temporary operation of the system for up to 2 h; (4) is capable of temperature setback down to 55 ° F during off hours; and (5) is capable of temperature setup to 90 °F during off hours. ❑ Exception: System serves hotel/motel guest rooms. ❑ Exception: System operates continuously. ❑ Exception: System has both a cooling or heating capacity less than 15,000 Btulh and a supply fan motor power greater than 3/4 hp. ❑ (j) Piping is insulated in accordance with Table 6.8.3. Insulation exposed to weather is suitable for outdoor service. Cellular foam insulation is protected from water and solar radiation. Exception: Piping is located within manufactured HVAC units. (k) Ductwork and plenums are insulated in accordance with Tables 6.&2A and 6.8.2B and sealed in accordance with Tables 6.4.4.2A and 6.4.4.2B. (I) Construction documents require air systems to be balanced in accordance with industry- accepted procedures to within 10% of design airflow rates. (m) Where separate heating and cooling equipment serve the same temperature zone, thermostats are interlocked to prevent simultaneous heating and cooling. (n) Exhausts are equipped with gravity or motorized dampers that will automatically shut when systems are not in use. ❑ Exception: Design capacity is less than 300 cfm. ❑ Exception: System operates continuously. ❑ (o) Systems have optimum start controls. Ir� Exception: Supply air capacity is less than 10,000 cfm. The building is 2 stories or less in height and has a gross floor area is less than 25,000 ft Requirements (a) All systems serve a single HVAC zone. iryk (b) Cooling (if any) is provided by a unitary packaged or split - system air conditioner that is either air - cooled or evaporatively cooled and meets the efficiency requirements shown in Table 6.8.1. List equipment in the table below. HVAC Simplified Approach option ualit Ica tton ❑ (c) The system has an air economizer as required by Table 6.5.1, with controls as required in Tables 6.5.1.1.3A and 6.5.1.1.38. The economizer has either barometric or powered relief sized to prevent overpressurization of the building. Outdoor air dampers for the economizer use are provided with blade and jamb seals. ❑ Exception: The cooling efficiency meets or exceeds the efficiency requirement in Table 6.3.2. Document in table below. (d) Heating (if any) shall be provided by a unitary packaged or split- system heat pump, a fuel -fired furnace, an electric resistance heater or a baseboard system connected to a boiler. All heating equipment meets the efficiency requirements of the Standard. List equipment in table below. (e) The outdoor air quantity is less than or equal to 3,000 cfm and less than or 70% of the supply air quantity at minimum outdoor air design conditions. ANSI /ASHRAE /IESNA Standard 90.1 - 2004 ❑ Exception: An energy recovery ventilation system is provided in accordance with the requirements in § 6.5.6. (f) The system shall be controlled by a manual changeover or dual setpoint thermostat. ❑ (g) Heat pumps equipped with auxiliary internal electric resistance heaters (if any) have controls to prevent supplemental heater operation when the heating load can be met by the heat pump alone. ❑ (h) The system controls do not permit reheat or any other form of simultaneous heating and cooling for humidity control. ❑ (i) Systems are provided with a time switch that (1) can start and stop the system under different schedules for seven different day - types per week; (2) is capable of retaining programming and time setting during a loss of power for a period of at least 10 h; (3) includes an accessible manual override that allows temporary operation of the system for up to 2 h; (4) is capable of temperature setback down to 55 ° F during off hours; and (5) is capable of temperature setup to 90 °F during off hours. ❑ Exception: System serves hotel/motel guest rooms. ❑ Exception: System operates continuously. ❑ Exception: System has both a cooling or heating capacity less than 15,000 Btulh and a supply fan motor power greater than 3/4 hp. ❑ (j) Piping is insulated in accordance with Table 6.8.3. Insulation exposed to weather is suitable for outdoor service. Cellular foam insulation is protected from water and solar radiation. Exception: Piping is located within manufactured HVAC units. (k) Ductwork and plenums are insulated in accordance with Tables 6.&2A and 6.8.2B and sealed in accordance with Tables 6.4.4.2A and 6.4.4.2B. (I) Construction documents require air systems to be balanced in accordance with industry- accepted procedures to within 10% of design airflow rates. (m) Where separate heating and cooling equipment serve the same temperature zone, thermostats are interlocked to prevent simultaneous heating and cooling. (n) Exhausts are equipped with gravity or motorized dampers that will automatically shut when systems are not in use. ❑ Exception: Design capacity is less than 300 cfm. ❑ Exception: System operates continuously. ❑ (o) Systems have optimum start controls. Ir� Exception: Supply air capacity is less than 10,000 cfm. Project Name: 1 _ .13 Ep '» IriNN Equipment Type (Tables 6.8.1A through G) Project Address: t (p Cif- . D ` ff 1.,:e, r...0 Effic ient. Worksheet > Sub - Category or Rating Condition (Tables 6.8.1A through G) Date: S — (.! 6 1 HVAC System Designer of Record: em . etF g. 1 exu-) Telephonet .„ "[zi ° CGS/ 4 Contact Person: ice, tI ,i'a .'( , //, .J Telephone: — Z. 2S City: 9 .� , PkUt, Climate Zone: it Zip: S& t a"7 1% Summer DB Temp: 1% Summer WB Temp: 99.6% Winter Temp: System Tag Equipment Type (Tables 6.8.1A through G) manaato t Lai meat Size Category (Tables 6.8.1A through G) Effic ient. Worksheet > Sub - Category or Rating Condition (Tables 6.8.1A through G) 6.41.1 Units of Efficiency (Tables 6.8.1A through G) Minimum Efficiency (Tables 6.8.1A through G) Rated z Required exu-) pqg 4-(0 0t;o. "vM- , //, `s, i3 .c? 12 ece,i, PO P 62 6e.E.0 --. z System Tag Leaving CHW Temperature ( °F) Entering CW Temperature ( °F) g ter 4 Condenser Flow Rate (gpmlton) Of IRIICL IS MA.. i. i Size Category (Tables 6.8.1H through J) Minimum Efficiency (Tables 6.8.1H through J) Rated z Required z HVAC Mandatory Provisions Part 1 , P age enerai Mandatory Requirements O Load calculations are provided for selection of all equipment and systems (§ 6.4.2). O Stair vents, elevator shaft vents, gravity hoods, gravity vents and gravity ventilations are provided with motorized dampers. O Exception: Gravity dampers are used since the building is less than 3 stories or in climate zones 1 -3. O Exception: No vents are required as these systems ventilate unconditioned zones. ANSIIASHRAE/IESNA Standard 90.1 -2004 M a n daltory No - Standard Cent a Ch W rk O Piping insulation meets or exceeds the requirements of the Standard (§ 6.4.4.1.3). Tyk Construction documents require record drawings (§ 6.7.2.1), manuals (§ 6.7.2.2), system. balancing (§ 6.7.2.3) and system commissioning (§ 6.7.2.4). Special Mandatory Requirements O Freeze protection or snow/ice melting systems (if any) have controls to prevent operation in warm weather (§ 6.4.3.7). o Independent perimeter heating systems (if any) comply with the control requirements of § 6.4.3.1.1 and § 6.4.3.2. O Independent heating and cooling thermostatic controls (if any) are interlocked to prevent crossover of set points (§ 6.4.3.2). System Tag `� 8 e P 1 ` N Contact Person: Supply CFM l(O® s ot 2 - ac,, 14 Supply ESP (in. w.c.) 41 i S Fan System HP I IT OA CFM (i.e. Outdoor Air CFM) ( Automatic Shutdown (§ 6.4.3.2.1) N. -1 Deadband (§ 6.4.3.1.2) _ 2 Setback Controls (§ 6.4.3.2.2) ..� 1 Setup Controls (§ 6.4.3.2.2) N - I Optimum Start (§ 6.4.3.1.3) _ ' Zone Isolation (§ 6.4.3.1.4) N - A- Shutoff Dampers (§ 6.4.3.3.3) '-I_. ?� Heat Pump Aux Heat (§ 6.4.3.4) _ I Humidifier Preheat (§ 6.4.3.5) N -- j Humidification/Dehumidification Deadband (§ 6.4.3.6) Ki — I Ventilation Control (§ 6.4.3.8) �� Duct/Plenum Insulation (§ 6.4.4.2.1) IV - 1 Duct Sealing Levels (§ 6.4.4.2.1) Suppiy/Retum Duct Leakage Test (§ 6.4.4.2.2) 1 I Project Name: `� 8 e G ` N Contact Person: V �� Telephone: (,St ,- s ot 2 - ac,, 14 HVAC Mandatory Provisions Part 11, Page 2 In the table above, enter the appropriate codes from this list: Shutdown • C1 Complying nonresidential time switch with override • C2 Complying residential time switch with override • N1 N/A continuous operation • N2 N/A Sl5kbtu/hor 33/4 hp • N3 N/A hotel/motel guestroom Dead Band • C1 Dual setpoint control • C2 Manual change over control • N1 N/A special occupancy (requires approval) • N2 N/A heating or cooling only Setback Controls • C1 Setback provided (down to 55F) • N1 N/A continuous operation • N2 N/A 515 kbtu/h or S3/4 hp • N3 N/A 99.6% Win DB>40F • N4 N/A radiant heating • N5 N/A no heating ANSI /ASHRAE/IESNA Standard 90.1 -2004 Systems Worksheet (§ 6.4 Setup Controls • C1 Setup provided (up to 90F) • N1 N/A continuous operation • N2 N/A 515 kbtu/h or s3/4 hp • N3 N/A 1% Sum DB < =100F • N4 N/A no cooling Optimum Start • C1 Optimum start provided • N1 N/A continuous operation • N2 N/A 515 kbtu/h or 53/4 hp • N3 N/A supply < = 10,000 cfm Shutoff Dampers • C1 Motorized shutoff dampers on OA and Exh • C2 Gravity shutoff dampers on OA and Exh • N1 N/A continuous operation • N2 NIA .515 kbtu/h or 53/4 hp • N3 NIA OA/EA < =300 cfm Zone Isolation • C1 Isolation zones provided • N1 N/A continuous operation • N2 N/A s15kbtu/hor53//4hp • N3 N/A all zones on same schedule • N4 N/A OA/EA < =5,000 cfm Heat Pump Aux Heat • C1 Complying controls provided • N1 N/A system is not a heat pump • N2 NIA auxiliary is not electric or is not provided • N3 N/A heat pump covered by NAECA Humidifier Preheat • C1 Complying controls provided • N1 N/A no humidifier Humidification /Dehumidification Dead Band • C1 Complying controls provided • N1 N/A no humidification and/or dehumidification Duct/Plenum Insulation • C1 Complying insulation provided • N1 N/A all ducts located in conditioned space Duct Sealing • Enter highest seal level (A, B or C) for supply and return Duct Leakage Test • Y Ducts will be tested for leakage • N Ducts will not be tested for leakage SHEET PRJEPARED BY u OFFICF NAME OF JOB 1` efpei N ¶ Pt' LOCATION 1 [ac X � � = T . SG FT X AREA OR QUANTITY SQFTX ( X .S7 SQ FT X X SQFTX X SQ FT X X SQ FT X So FT X SQ FT X SQ FT X NS. GAIN— EXCEPT WALLS & ROOF SQFT Ij X I 5� So FT X 5Q FT X SQ FT X CFM X SUN GAIN OR TEMP. DIFF. INTERNAL HEAT SO FT X 1/100 X LEAKAGE LOSS WATTS X 3.4 X SO FT x X ( ) PEOPLE X 2 HP KW X ROOM SENSIBLE HEAT • SUPPLY DUCT FAN + LEAK. Loss % + H. P. % CFM X F x BF X 1.06 CTIVE ROOM SENSIBLE HEAT• LATENT HEAT CFM X PEOPLE X 1 SS Ls /HR X 1050 CFM X GR /Ls X FACTOR X X X X X 1.06 X x Sus TOTAL Sus TOTAL GR /LS X 0.66 GR /LS X Sus TOTAL ROOM LATENT HEAT 6F X 0.66 EFFECTIVE ROOM LATENT HEAT FFECTIVE ROOM TOTAL HEAT • BTU /HOUR 2- 4(0 4-°1 3 17 Z 42- Cu FT l Q' ,t> Ls 6V I ESTIMATE FOR HOURS OF OPERATION C? 4- CONDITIONS OUTDOOR(OA) Roots (RM) DIFFERENCE VENTI- LATION INFIL- TRATION ESHF ADP TEMP. RISE DEHUM OUTLET TEMP. DIFF. SUPPLY BYPASS EDB LDB DB SWINGING REVOLVING, DOORS OPEN DOORS EXHAUST FAN CRACK WB xxx ouT DO PEOPLE X I So FT X C CFM OUTDOOR AIR THRU AP EFFECTIVE SENS HEAT = FACTOR INDICATED ADP = DEHUMIDIFIED ( 1•-- �I S 1pi.1 APPARATUS EFFEC EFFEC BF) X ( TRH EFFECTIVE ROOM SENS. 1:08 X F TEMP 1.08 X 1.08 X Roots SENS. SUPPLY AIR Roots SENS. HEA F DESIR RESULTING ENT & LVG CO T RM_ F+ CFMt x (T TAD — F + __BF X (TEDS FEET X CF FROM PSYCH. CHART: ; T 1.I s_ 40F ! - 751c7. ( IO !;lAsS : 2 4D. v lJ yP 1Sbc4 tf ot7 oUANTITY PONUU LA. 1rNfU $YPAS$III A ■IITVRI 0? OUTOOOL AND ALTUS WAIN $TPASSINA RETURN AIN ONLY, ■SS SRNVMI•IS PEOPLE X DOORS X NOTES SPACE USED Fo SIZE ZS ITEM SOLAR GAIN —GLASS /� Q..,GLASS IZ - SQ Fr x - (..e7 X I S . LASS GLASS GLASS SKYLIGHT SOLAR & TRANS. GAIN WALLS & ROOF N WALL 0� So FY x 1 X . 10 SWALL 3c7d SQ FT X Z< WALL WALL ROOF —SUN 17So ROOF— SHADED TRA ALL GLASS 2- PARTITION CEILING FLOOR INFILTRATION PEOPLE POWER LIGHTS STORAGE C APPLIANCES, ETC. ADDITIONAL HEAT GAINS SAFETY FACTOR SUPPLY •DUCT SEAT GAIN OUTDOOR AIR EFFE !NFI LTRATION PEOPLE STEAM APPLIANCES, ETC. ADDITIONAL HEAT GAINS VAPOR TRANS. SAFETY FACTOR SUPPLY DUCT JUTDOOR AIR E 11 OUTDOOR AIR HEAT SENSIBLE: 4.':::> CFM X 1S F X (1 — BF) x 1.0s _ATENT: 1 � CFM X3 a GR/LR X (1 — BF) x 0.66 DITURN RETURN SUS TOTAL wcT DUCT HP DENYr. B SEAT GAIN % + LEAK. GAIN % + PUMP % + PIPE LOSS % GRAND TOTAL HEAT • 4210 8Air Conditioning Company OATS °" PROP NO JOB NO. APPROVED AIR CONDITIONING tom) ESTIMATE -- FORM F -? OCAL TIME SUN TINE L 17_(,R1 PEAK LOAD % RH DP xxx xxx AIR CFM /PERSON CFM /SO FT M VENTILATION ■ CFM /PERSON = Fr /FT = _.... M INFILTRATION IM PARATUS - DEWPOINT TIVE Room SENS. HEAT TIVE ROOM TOTAL HEAT SELECTED ADP = _ AIR QUANTITY F — TADP EAT = RISE HEAT CFM 6A QUANTITY T OA —F — T _ F) _ —F — TADP F) = T F, TLW N. F W AIR, VSD SUPPLY CAN. V CPM. SOUL T SuY T QZ 7 Co) sct = (12• = Los Z17 F) _ _ E0 OIFF CFM R A — CFM DA = NDITIONS AT APPAR •1, YN1S Pr is TOO NINN. I NS SUPPLY CPU POS UMW 1111 /LRLACS MY FIND -0111, r "I/ • C.7