3450 CFM (2.85 CFM/SF) TYP 1 FPTU CFM (0.8 CFM/SF) TU "x10" FPTU-1-08 CONNECT TO FCU-03 AND FCU-04 ON LEVELS ABOVE.

Transcription

1 . MEHNIL SHEE NOES:. OORINE WORK ON HIS SHEE WIH LL RES. WORK SHOWN ON HIS SHEE IS INENE O PROVIE HE OVERLL ENGINEERING ONEP N OES NO PROVIE FOR RELOIONS, OFFSES, E. H RE REQUIRE Y FIEL ONIIONS. HE OORINION OF RES SHLL E PROVIE Y HE ONROR NO IIONL OS O HE ONR "x0" 0"x0" "x0" 00 0 FPU--0 0 FM (. FM/SF). OORINE HE EX LOIONS OF NEW MEHNIL N PLUMING EQUIPMEN WIH HE LOIONS OF LIGH FIXURES, PIPING, N OHER ONSRUION, O LLOW FOR PROPER ESS O SERVIE EQUIPMEN. INSLL LL EQUIPMEN ORING O MNUFURER'S REOMMENIONS.. REFER O -M.00 N -M.0 FOR EILS, -M.00 FOR GENERL MEHNIL NOES, -M.00 FOR EQUIPMEN SHEULES N -M.00 HROUGH -M.0 FOR ONROLS... SIR ONNE O FU-0 N FU-0 ON LEVELS OVE. 0 GLLERY "x" R- 0 LEVEL MEHNIL PLN SLE: /" = '-0" 0"x" S 00 S LOY 00 ELEVORS R- 0"x0" 0 00 FPU--0 FIRE PUMP ROOM 0 F FPU--0 FM OMMUNIY ROOM 0 "x" HLLWY U--0 S S- 0 "ø "x0" "x" R- F 0"x0" S "x" MEN'S RESROOM 0 "x0" FPU--0 "x" 00 WOMEN'S RESROOM 00 "x" "x0" 0 E- E- "x" "x" 0"x" LESE F/S F/S F/S 0 "x0" E- 00 S- "x" "x" VESIULE "x0" 0 U--0 S- 00 "x0" FPU--0 R- "x0" R- "x0" MIN ELERIL MF S- 00 "x0" U--0 YP 0 FM (0. FM/SF) ONNE O FU-0 N FU-0 ON LEVELS OVE. SIR "x0" FPU--0 FPU--0 0 FM (. FM/SF) FPU FM (. FM/SF). FM FM RNGE IR EVIE G LEGEN S- 00 "x0" IR EVIE G/MRK EVIE IMENSIONS (WIH"xHEIGH") IF PPLILE NEK SHEULE SQURE NEK ROUN NEK 0 - " x " " I 0-0 " x " " I - 0 0" x 0" 0" I - 00 " x " " I 0-0 " x " " I - 0 " x " " I NOES Y SYMOL PROVIE N INSLL FIRE MPER WIH ESS PNEL. YPIL FOR LL MPERS LELE "F". PROVIE PERMNENLY FFIXE EILING GS. REFER O M-0 FOR EIL. PROVIE N INSLL FN POWERE ERMINL UNI FOR FUURE SPE UIL OU. UNI O E USE FOR EMPORRY ONIIONING OF SPE. SUSPEN UNI S HIGH S POSSILE PROVIE OPEN EN OF RUNK U. PROVIE HERMOS WIH F OF ONROL WIRE OILE & UNLE O SIE OF UNI. HERMOS O E EQUL O RNE MOEL WS-S. LNE O FM ON SHEULE, REFER O -M.00 FOR MORE INFORMION. LL UWORK IN HIS ROOM IS O E ROUE IGH O SRUURE, INERNLLY INSULE UWORK N PINE LK. PROVIE N INSLL HERMOS. SENSOR O E EQUL O RNE MOEL WS-S. HERMOS SHLL E ONNEE O NEW UILING UOMION SYSEM. PROVIE INSULE SE FOR LL HERMOSS N LOKLE OVER FOR PULI SPES. OORINE EX LOION OF HERMOSS WIH RHIE N OWNER PRIOR O INSLLION. YPIL FOR LL HERMOS SENSORS LEL "". PROVIE N INSLL INERNLLY LINE REURN U WIH OUSIL INSULION. U EN OF REURN U EG NGLE UP O PROVIE MORE FREE RE. NO EQUIPMEN OR OSRUION SHLL E WIHIN INHES OF REURN OPENING. REURN IR U RISER. REFER O -M.0 FOR SUPPLY U S, RNSIIONS, N U PS PER FLOOR. E L I O S 0 Parklane oulevard, Ste. #0 Sugar Land, exas Phone:.. Fax:..0 Registration No. F- MEP ENGINEERING EHNOLOGY ENERGY MOELING OMMISSIONING hese drawings have been prepared as one coordinated set of component part is not identified on every sheet. ny user s E //0 00% 0//0 0% JUL 0 onstruction ocumentation 0 JN 0 ddendum 00 EXHUS IR U RISER. REFER O -M.0 FOR SUPPLY U S, RNSIIONS, N U PS PER FLOOR. UP O EF-0 HIS LOION SUPPLY IR U RISER. REFER O -M.0 FOR SUPPLY U S, RNSIIONS, N U PS PER FLOOR. 0 FM (. FM/SF) PROVIE N INSLL FIRE SMOKE MPER. YPIL FOR LL MPERS LELE "F/S". MPER SHLL E ULS RE FOR YNMI SYSEM. PROVIE PERMNENLY FFIXE EILING GS. REFER O M-0 FOR EIL.. 00 FM (. FM/SF) FPU--0 FPU--0 YP FPU--0 0 FM (. FM/SF) FPU--0 0 REFER O U SPLIER EIL. YPIL FOR LL EE FIINGS INIE IN HIS MNOR. PROVIE N INSLL OMINION HERMOS N O SENSOR. SENSOR O E EQUL O RNE MOEL WS-SO. HERMOS/SENSOR SHLL E ONNEE O NEW UILING UOMION SYSEM. PROVIE INSULE SE FOR LL HERMOSS N LOKLE OVER FOR PULI SPES. OORINE EX LOION OF HERMOSS WIH RHIE N OWNER PRIOR O INSLLION. YPIL FOR LL HERMOS SENSORS LEL "S". PROJE NME FFORLE HOUSING MPUS SIR LESE 0 00 FM (0. FM/SF) PROJE RESS FU-0 R- U--0 0"x0" 0 "x" 0"x0" FPU FM (. FM/SF) //0 :: PM :\Users\mgrummert\ocuments\elios Model - PPI Ops - R -. 0 FM (.00 FM/SF) LEVEL MEHNIL PLN SLE: /" = '-0" FPU--0 0 FM (. FM/SF) U--0 0"x0" MEN'S RESROOM 0 E- 0 E- 0 WOMEN'S RESROOM 0 0"x" "x" "x" F/S F/S F/S "x0" U--0 S- 0 "x0" R- "x0" R- "x0" ELERIL MF U--0 FU-0 SIR FPU--0 0 FM (. FM/SF) KIRKSEY PROJE NO. KEY PLN SHEE ILE LEVEL & MEHNIL PLN SHEE NUMER -M Kirksey

2 . MEHNIL SHEE NOES:. OORINE WORK ON HIS SHEE WIH LL RES. WORK SHOWN ON HIS SHEE IS INENE O PROVIE HE OVERLL ENGINEERING ONEP N OES NO PROVIE FOR RELOIONS, OFFSES, E. H RE REQUIRE Y FIEL ONIIONS. HE OORINION OF RES SHLL E PROVIE Y HE ONROR NO IIONL OS O HE ONR.. OORINE HE EX LOIONS OF NEW MEHNIL N PLUMING EQUIPMEN WIH HE LOIONS OF LIGH FIXURES, PIPING, N OHER ONSRUION, O LLOW FOR PROPER ESS O SERVIE EQUIPMEN. INSLL LL EQUIPMEN ORING O MNUFURER'S REOMMENIONS.. REFER O -M.00 N -M.0 FOR EILS, -M.00 FOR GENERL MEHNIL NOES, -M.00 FOR EQUIPMEN SHEULES N -M.00 HROUGH -M.0 FOR ONROLS.. 00 FM (. FM/SF) FPU--0 R- U--0 FPU--0 0"x0" 0 FM (. FM/SF) "x" 00 FM (0. FM/SF) FPU--0 0"x0" 0 FM (. FM/SF) FPU--0 FPU FM (. FM/SF) FM FM RNGE IR EVIE G LEGEN S- 00 "x0" IR EVIE G/MRK EVIE IMENSIONS (WIH"xHEIGH") IF PPLILE NEK SHEULE SQURE NEK ROUN NEK 0 - " x " " I 0-0 " x " " I - 0 0" x 0" 0" I - 00 " x " " I 0-0 " x " " I - 0 " x " " I NOES Y SYMOL REFER O U SPLIER EIL. YPIL FOR LL EE FIINGS INIE IN HIS MNOR. E L I O S 0 Parklane oulevard, Ste. #0 Sugar Land, exas Phone:.. Fax:..0 Registration No. F- MEP ENGINEERING EHNOLOGY ENERGY MOELING OMMISSIONING hese drawings have been prepared as one coordinated set of component part is not identified on every sheet. ny user s. 0 FM (.00 FM/SF) FPU--0 0 FM (. FM/SF) U--0 0"x0" E- 0 E- 0 "x" "x" 0"x" F/S F/S F/S "x0" R- "x0" U--0 S- R- 0 "x0" "x0" U--0 FPU--0 0 FM (. FM/SF) SUPPLY IR U RISER. REFER O -M.0 FOR SUPPLY U S, RNSIIONS, N U PS PER FLOOR. EXHUS IR U RISER. REFER O -M.0 FOR SUPPLY U S, RNSIIONS, N U PS PER FLOOR. UP O EF-0 HIS LOION REURN IR U RISER. REFER O -M.0 FOR SUPPLY U S, RNSIIONS, N U PS PER FLOOR. PROVIE N INSLL INERNLLY LINE REURN U WIH OUSIL INSULION. U EN OF REURN U EG NGLE UP O PROVIE MORE FREE RE. NO EQUIPMEN OR OSRUION SHLL E WIHIN INHES OF REURN OPENING. PROVIE N INSLL FN POWERE ERMINL UNI FOR FUURE SPE UIL OU. UNI O E USE FOR EMPORRY ONIIONING OF SPE. SUSPEN UNI S HIGH S POSSILE PROVIE OPEN EN OF RUNK U. PROVIE HERMOS WIH F OF ONROL WIRE OILE & UNLE O SIE OF UNI. HERMOS O E EQUL O RNE MOEL WS-S. LNE O FM ON SHEULE, REFER O -M.00 FOR MORE INFORMION. E //0 00% 0//0 0% JUL 0 onstruction ocumentation 0 JN 0 ddendum 00 LEVEL MEHNIL PLN SLE: /" = '-0" PROVIE N INSLL NEW ERMINL UNI. YPIL. REFER O -M.00 FOR EIL N -M.00 FOR ERMINL UNI SHEULE. ONNE O NEW UILING UOMION SYSEM. REFER O SPEIFIIONS FOR MORE INFORMION.. PROVIE N INSLL FIRE SMOKE MPER. YPIL FOR LL MPERS LELE "F/S". MPER SHLL E ULS RE FOR YNMI SYSEM. PROVIE PERMNENLY FFIXE EILING GS. REFER O M-0 FOR EIL. 0 FM (. FM/SF) PROVIE N INSLL HERMOS. SENSOR O E EQUL O RNE MOEL WS-S. HERMOS SHLL E ONNEE O NEW UILING UOMION SYSEM. PROVIE INSULE SE FOR LL HERMOSS N LOKLE OVER FOR PULI SPES. OORINE EX LOION OF HERMOSS WIH RHIE N OWNER PRIOR O INSLLION. YPIL FOR LL HERMOS SENSORS LEL "". FPU--0 FPU--0 0 FM (. FM/SF) 00 FM (. FM/SF) FPU--0 FPU--0 PROJE NME. FFORLE HOUSING MPUS 00 FM (0. FM/SF) PROJE RESS FPU--0 //0 :0:0 PM :\Users\mgrummert\ocuments\elios Model - PPI Ops - R -. 0 FM (.00 FM/SF) R- U--0 FPU--0 0 FM (. FM/SF) LEVEL MEHNIL PLN SLE: /" = '-0" 0"x0" U--0 0"x0" E- 0 E- 0 "x" 0"x" "x" F/S F/S F/S "x" "x0" S- 0 "x0" U--0 R- "x0" R- "x0" U--0 0"x0" FPU--0 0 FM (. FM/SF) 00 FM (. FM/SF) KIRKSEY PROJE NO. KEY PLN SHEE ILE LEVEL & MEHNIL PLN SHEE NUMER -M Kirksey

3 . MEHNIL SHEE NOES:. OORINE WORK ON HIS SHEE WIH LL RES. WORK SHOWN ON HIS SHEE IS INENE O PROVIE HE OVERLL ENGINEERING ONEP N OES NO PROVIE FOR RELOIONS, OFFSES, E. H RE REQUIRE Y FIEL ONIIONS. HE OORINION OF RES SHLL E PROVIE Y HE ONROR NO IIONL OS O HE ONR.. OORINE HE EX LOIONS OF NEW MEHNIL N PLUMING EQUIPMEN WIH HE LOIONS OF LIGH FIXURES, PIPING, N OHER ONSRUION, O LLOW FOR PROPER ESS O SERVIE EQUIPMEN. INSLL LL EQUIPMEN ORING O MNUFURER'S REOMMENIONS.. REFER O -M.00 N -M.0 FOR EILS, -M.00 FOR GENERL MEHNIL NOES, -M.00 FOR EQUIPMEN SHEULES N -M.00 HROUGH -M.0 FOR ONROLS. IR EVIE G LEGEN.. SIR FU-0 0 FM (. FM/SF) R- FPU--0 U--0 FPU--0 0 FM (.0 FM/SF) "x" "x" 0 U--0 0"x0" FPU--0 "x" "x" MEN'S RESROOM 0 OMMUNIY ERRE 0 U--0 E- 0 "x" (YP ) WOMEN'S RESROOM 0 00 FM (. FM/SF) 00 FM (.0 FM/SF) F/S F/S F/S F/S F/S "x" U--0 FPU--0 "x" "x" FU-0 U--0 MF ELERIL SIR NE REQUIRE EIE ELERIL SPE "x" 0 00 FM (. FM/SF) U--0 FPU--0 FPU FM (. FM/SF) FPU--0 FM (. FM/SF) FM FM RNGE S- 00 "x0" IR EVIE G/MRK EVIE IMENSIONS (WIH"xHEIGH") IF PPLILE NEK SHEULE SQURE NEK ROUN NEK 0 - " x " " I 0-0 " x " " I - 0 0" x 0" 0" I - 00 " x " " I 0-0 " x " " I - 0 " x " " I NOES Y SYMOL x REURN IR UWORK UP O RU-0. x SUPPLY IR UWORK UP O RU-0. x SUPPLY IR UWORK UP O RU-0. x REURN IR UWORK UP O RU-0. SUPPLY IR U RISER. REFER O -M.0 FOR SUPPLY U S, RNSIIONS, N U PS PER FLOOR. REURN IR U RISER. REFER O -M.0 FOR SUPPLY U S, RNSIIONS, N U PS PER FLOOR. PROVIE N INSLL FN POWERE ERMINL UNI FOR FUURE SPE UIL OU. UNI O E USE FOR EMPORRY ONIIONING OF SPE. SUSPEN UNI S HIGH S POSSILE PROVIE OPEN EN OF RUNK U. PROVIE HERMOS WIH F OF ONROL WIRE OILE & UNLE O SIE OF UNI. HERMOS O E EQUL O RNE MOEL WS-S. LNE O FM ON SHEULE, REFER O -M.00 FOR MORE INFORMION. E L I O S 0 Parklane oulevard, Ste. #0 Sugar Land, exas Phone:.. Fax:..0 Registration No. F- MEP ENGINEERING EHNOLOGY ENERGY MOELING OMMISSIONING hese drawings have been prepared as one coordinated set of component part is not identified on every sheet. ny user s E //0 00% 0//0 0% JUL 0 onstruction ocumentation 0 JN 0 ddendum 00 LEVEL MEHNIL PLN SLE: /" = '-0" PROVIE N INSLL NEW ERMINL UNI. YPIL. REFER O -M.00 FOR EIL N -M.00 FOR ERMINL UNI SHEULE. ONNE O NEW UILING UOMION SYSEM. REFER O SPEIFIIONS FOR MORE INFORMION. PROVIE N INSLL ERMINL UNI FOR FUURE SPE UIL OU. UNI O E USE FOR EMPORRY ONIIONING OF SPE. SUSPEN UNI S HIGH S POSSILE PROVIE OPEN EN OF RUNK U. PROVIE HERMOS WIH F OF ONROL WIRE OILE & UNLE O SIE OF UNI. HERMOS O E EQUL O RNE MOEL WS-S. LNE O FM ON SHEULE, REFER O -M.00 FOR MORE INFORMION. 0 x REURN IR U P. PROVIE MNUL LNING MPER EN OF U N LNE O FM SHOWN ON PLNS. PROVIE N INSLL FIRE SMOKE MPER. YPIL FOR LL MPERS LELE "F/S". MPER SHLL E ULS RE FOR YNMI SYSEM. PROVIE PERMNENLY FFIXE EILING GS. REFER O M-0 FOR EIL. U MOUNE SMOKE EEOR Y FIRE LRM ONROR. SMOKE EEOR SHLL E MOUNE IN HE SUPPLY IR N REURN IR US FOR LL UNIS. PROVIE N INSLL NEW WLL-MOUNE FN OIL UNI N ONENSING UNI. REFER O -M.00 FOR SHEULE. ROUE /" INSULE ONENSE PIPING O NERES FLOOR SINK/RIN, REFER O PLNS FOR ROUING. INSLL ORING O MNUFURER REOMMENION. EXHUS IR U RISER. REFER O -M.0 FOR SUPPLY U S, RNSIIONS, N U PS PER FLOOR. UP O EF-0 HIS LOION MEHNIL N ELERIL ONRORS RE O OORINE ONSRUION WORK IN HIS SPE O MININ LL NE REQUIRE LERNES. PROJE NME FFORLE HOUSING MPUS PROJE RESS KIRKSEY PROJE NO. //0 :0:0 PM :\Users\mgrummert\ocuments\elios Model - PPI Ops - R - KEY PLN SHEE ILE LEVEL MEHNIL PLN SHEE NUMER -M Kirksey

4 E L I O S 0 Parklane oulevard, Ste. #0 Sugar Land, exas Phone:.. Fax:..0 Registration No. F- MEP ENGINEERING EHNOLOGY ENERGY MOELING OMMISSIONING '-0" MINIMUM UWORK INSULION WHERE SPEIFIE IVE LENGH INSULE FLEX U. MXIMUM LENGH S SPEIFIE. PLENUM OX WIH INERNLLY LINE INSULION. INIVE LENGH. YPIL. HNGER WIRE. PROVIE SUPPOR O SRUURE S REQUIRE. ROUN OR OVL INLE OLLR. MINIMUM " EXENSION. INSULE FLEX U. MXIMUM LENGH S SPEIFIE. NEK S SHOWN ON RWINGS. SPEIFIE U. SEE FLOOR PLN FOR N SPEIFIIONS FOR ONSRUION REQUIREMENS. P WIH VOLUME MPER VRILE IR VOLUME ERMINL UNI. RE: SHEULE ROOM HERMOS. SEE PLN FOR LOION. LMP (SEE SPEIFIIONS) REHE OIL WHERE REQUIRE. RE: ERMINL UNI SHEULE. hese drawings have been prepared as one coordinated set of component part is not identified on every sheet. ny user s //0 :0: PM :\Users\mgrummert\ocuments\elios Model - PPI Ops - R SRUURE - REFER O RH. N SRUURL RWINGS FOR EILS GENERL NOES:.. REURN IR OPENING EPH = LENGH (L) '-0" MINIMUM SRUURE - REFER O RH. N SRUURL RWINGS FOR EILS SEION PLN SEION (W)+" PLN INERNLLY LINE REURN IR U SEION (LINE W/ ",# ENSIY INSULION. REFER O SPEIFIIONS FOR OHER REQUIREMENS.) HROUGH PRIION OVE EILING. PLENUM N OPENING SHLL E OF HE INIE. OPENINGS ON EH SIE OF PRIION SHLL E PROVIE IN OP OR OOM OF PLENUM S SHOWN. EN SHLL E PPE, LINE N SELE. (REFER O PLNS FOR LOION N S.) WHERE HLF OO IS INIE ON RWINGS, HE LENGH SHLL SILL E (W)+" MINIMUM. U O E LINE WIH ", # ENSIY INSULION. EILING YPE S SPEIFIE Y RHIE VRIES - REFER O PLNS (W) " " " VRIES - REFER O PLNS (L) " (W)+" VRIES - REFER O PLNS (W) " " " VRIES - REFER O PLNS (L) REURN IR OO EIL " EPH = LENGH (L) U O E LINE WIH ", # ENSIY INSULION. EILING YPE S SPEIFIE Y RHIE REURN IR OPENING ELOW NOES: OVE FLOOR SRUURE. SHEE MEL U S SPEIFIE. RE PRIION (NOE ). MPER SLEEVE (NOE ). REINING NGLES (NOES & ). EXPNSION LERNE (NOE E). U ONNEION N SELN (NOES F & G) U IMENSIONS 0"-" "-" OVER " 0 ESS OOR (NOE H). MPER FRME (NOE I). OPPOSE LE FIRE/SMOKE MPER EQUL O RUSKIN MOEL FS-. URIN YPE SYLE '' FIRE MPER EQUL O RUSKIN MOEL I.. WLL ONSRUION SHLL E IN ONFORMNE WIH HE RHIEURL RWINGS N SPEIFIIONS. LL SEEL OR WOO SU OPENINGS SHLL E FRME ON LL SIES SO S O NO RES ON OMUSILE MERIL. WOO FRME OR SEEL SU ONSRUION REQUIRES H HE WLL SURFE MERIL E USE O LINE HE OPENING SURROUNING HE FIRE MPER SLEEVE.. SLEEVES SHLL NO E LIGHER HN GUGE.. REINING NGLES SHLL E INSLLE ON FOUR SIES OF HE SLEEVE N ON EH SIE OF HE WLL. NGLES RE O E FSENE O HE SLEEVE ONLY WIH /" OLS OR /" LONG WELS, MINIMUM FSENERS PER SIE EGINNING " FROM EH ORNER OF HE SLEEVE N " O.. MXIMUM.. REINING NGLES SHLL OVERLP WLL MINIMUM OF " ROUN HE ENIRE OPENING. E. PROVIE MINIMUM LERNE EWEEN SLEEVE N WLL OPENING OF /" PER LINER FOO OF SLEEVE IMENSION. VERIL LERNE IS LL OP. HORIZONL LERNE IS EQULLY IVIE SIES. SEL EXPNSION SPE WIH N PPROVE SMOKE SEL MERIL FOR FIRE/SMOKE MPER. F. "S" N RIVE ONNEIONS SHLL E ME WIH REKWY ONNEION SUH S "S" SLIP YPE ONNEION ON HE OP N HE OOM N RIVE SLIP ON EH SIE OF HE SLEEVE. G. U SELN N PE SHLL E PPLIE O HE JOIN FOR IR IGHNESS N SHLL E NON-HRENING. H. U ESS OORS SHLL E INSLLE EH FIRE MPER N E LOE SO H HE FIRE MPER H MY E RELESE WIH HE MPER IN LOSE POSIION N HE FUSILE LINK REPLE N O LLOW ESS O ONELE MPER UORS. EH OOR SHLL E SENILE "FIRE MPER ESS" OR "FIRE/SMOKE MPER ESS" S PPLILE N ONSRUE IN ORNE WIH SMN U ONSRUION SNRS. I. FIRE MPER FRMES RE O E OLE OR WELE O HE FIRE MPER SLEEVE. FSENING O HE SLEEVE SHLL E IN ORNE WIH HE FIRE MPER MNUFURER'S INSRUIONS. MINIMUM FSENING SHLL E /" OLS OR /" LONG WELS WIH MXIMUM SPING OF " O.. N MINIMUM OF FSENINGS PER SIE EGINNING " FROM HE ORNERS OF HE SLEEVE. J. MPER SHLL E INSLLE IN ORNE WIH MNUFURER'S REOMMENIONS IN ORER O MININ UL FIRE RE SSEMLY. FIRE N FIRE/SMOKE MPER EIL NGLES -/"x-/"x GUGE " x " x GUGE " x " x /" VOLUME MPER HNGER WIRE PROVIE SUPPOR O SRUURE S REQUIRE. INSULE FLEX U. MXIMUM LENGH S SPEIFIE. SPEIFIE U WIH LINER OF UWRP S SPEIFIE. SEION SPIN-IN P WIH VOLUME MPER. REFER O ROUN P EIL. U OLLR SRP ON LINER. U PE ON OUER JKE. (YPIL) EILING YPE S SPEIFIE Y RHIE NOE: SUPPOR FLEX U FROM SRUURE S SPEIFIE. U SHLL NO KINK, SG OR RES ON LIGH FIXURES, EILING SUPPOR EES OR ILE. 0 GENERL NOES: SUPPLY IR U SHEULE IR EVIE. UL IR EVIE SHEULE MY VRY FROM IR EVIE SHOWN. SUPPLY IR SLO IFFUSER IR FLOW. OORINE SLO IFFUSER FRME/ORER YPE N EN ORER ONFIGURION WIH EILING YPE N RHIE.. SUPPOR FLEX U FROM SRUURE S SPEIFIE. U SHLL NO KINK, SG OR RES ON LIGH FIXURES, EILING SUPPOR EES OR ILE. YPIL SLO IFFUSER INSLLION PROVIE IUS OR FIEL FRIE INERNLLY LINE PLENUM OX S REQUIRE. SERVIE LERNE UNI ONROL POWER JUNION OX. #-00 FN POWERE ERMINL WIH ELERI HEER. 0" X 0" (SEE SPEIFIIONS). 0 0 MXIMUM NOES Y SYMOL ' ' " X 0" UNI N ELERI HEER " X 0" POWER JUNION OX. " MINIMUM IR FLOW UNI POWER N ONROL JUNION OX (SEE PLNS FOR LOION). FN POWERE ERMINL UNI WIHOU ELERI HEER. SEONRY ZONE UWORK. ELERIL OE LERNE OORINE WIH MNUFURER ONENRI INLE REUER Y FP MNUFURER. INSULE FLEXILE U WORK. (SEE SPEIFIIONS) ONIL P P IS (.L) X H WHERE "L" N "H" RE HE RENGULR U IMENSION EQUIVLEN O HE FLEXILE U INIE ON HE RWINGS WIH "H" EQUL O HE HEIGH OF PRIMRY U LESS ". (PROVIE HIS P WHEN HE FLEXILE U EXEES HE MXIMUM ONIL P LLOWLE IN HE SIE OF HE PRIMRY IR U). MININ MINIMUM SRIGH ISNE S REOMMENE Y MNUFURER OF FN POWERE ERMINL EVIE. ('-0" MINIMUM) SERVIE LERNE O E " X 0" IF UNI POWER O HIS SIE OF UNI IS 0 VOLS OR GREER OR GREER. VERIFY UNI ONROL POWER N ELERI HEER POWER JUNION OX LOIONS WIH UNI MNUFURER. FN POWERE OX INSLLION EIL SPIN IN P WIH VOLUME MPER. REFER O ROUN P EIL. U OLLR SRP ON LINER. U PE ON OUER JKE. (YPIL) EILING S SPEIFIE Y RHIE. UL IR EVIE SHEULE MY VRY FROM IR EVIE SHOWN. SEE IR EVIE SHEULE FOR NUMER OF SLOS N SLO WIH. VERIL INLE ONNEION. NEK S RE SHOWN ON PLN. SEIONS PRIMRY IR U SLE: NONE W X RIN PN -00 SEE NOE LOW HRU " MIN. PROVIE SUPPOR S REQUIRE RIN LINE SHLL E LES HE SME S HE NIPPLE ON HE RIN PN. " MINIMUM. OPEN (RWHRU ONLY) UNI YPE RW HRU "+ NEG SI PRESSURE " MINIMUM 0 NOES: X X = = " MINIMUM RNH U VV ERMINL EIL MNUL VOLUME MPER M.V.. YPIL. W X IR FLOW (W)() (W)()+(W)() "+ POS SI PRESSURE W NOES: IR HNLING UNI RIN RP EIL W (W)() (W)()+(W)() U SPLIER EIL REFER O PLNS FOR U S. VRILE VOLUME ERMINL UNI SHLL E PRESSURE INEPENEN SINGLE INLE OULE ELERONI EVIES FOR OOLING ONLY PPLIION. MXIMUM SI PRESSURE LOSS HROUGH ERMINLS SHLL NO EXEE 0.0" W.G. SHEULE MXIMUM IRFLOW. FLOW SENSOR N VELOIY ONROLLERS SHLL E SELEE N FOR SE FOR OPERION HE SPEIFIE MINIMUM N MXIMUM IRFLOW. W W X SNR RIUS ELOW. ENERLINE RIUS R = / W. LOW PRESSURE INERNLLY LINE GLV. SHEEMEL RUNK U FRIE PER SMN SNRS (YPIL) PIH OWN OWR RIN, MIN. /" PER F.. OORINE MOUING PROVIE HREE LENOU WIH PLUG. (LOW HRU ONLY). P OR SE RIL HEIGH ROOF (OR FLOOR) RIN ROOF (OR FLOOR) PROJE NME PROJE RESS KEY PLN E SHEE ILE SHEE NUMER KIRKSEY PROJE NO. -M.00 0 Kirksey //0 00% 0//0 0% JUL 0 onstruction ocumentation 0 JN 0 ddendum 00 FFORLE HOUSING MPUS MEHNIL EILS

5 MRK LOION FN SHEULE RE SERVE FM YPE ESP HP VOLGE - PHSE - HERZ M MOP WEIGH EF-0 ROOF GENERL 0 OWNLS." GREENHEK / G-0 NOES:. MEHNIL ONROR SHLL PROVIE OMINION SRER/ISONNES N ELERIL ONROR O INSLL.. PROVIE FN SPEE ONROLLER, VIRION ISOLION PKGE, IRSREEN, N MOORIZE K RF MPER.. PROVIE //0 O //0 RNSFORMER FOR MOORIZE K RF MPERPROVIE MNUFURER REOMMENE ROOF UR.. LL MOORS RIVEN Y VFs SHLL E INVERER UY N SHLL HVE SHF GROUNING RINGS EQUL O EGIS SGR. MRK SYSEM UNI INLE RUN OU MNUFURER / MOEL NOES ir evice Schedule MRK EVIE YPE ESRIPION E- SIEWLL LUMINUM REURN GRILLE; REF. WG FOR FLOW. N OF GRILLE. /" LE REURN IR SPING, OULE EFLEION. PROVIE WIH KE WHIE ENMEL FINISH. GRILLE PROVIE ONELE MOUNING. OORINE FRME YPE WIH RHIE. E- SLO EXHUS FOO LONG LINER EXHUS SLO. O E -SLO WIH " SLO WIH. PROVIE WIH HIEN FLNGE OR PE N SPKLE FLNGE FINISH. R- EILING REURN IR GRILLE R- SIEWLL REURN IR GRILLE "x" LUMINUM EGGRE FE REURN GRILLE WIH ROUN NEK. REFER O NEK SHEULE N FLOOR PLNS FOR NEK. PROVIE WIH WHIE KE ENMEL FINISH. OORINE FRME YPE WIH EILING YPE. LUMINUM REURN GRILLE; REF. WG FOR FLOW. N OF GRILLE. /" LE SPING, OULE EFLEION. PROVIE WIH KE WHIE ENMEL FINISH. PROVIE ONELE MOUNING. OORINE FRME YPE WIH RHIE. R- SLO REURN FOO LONG LINER REURN SLO. O E -SLO WIH " SLO WIH. PROVIE WIH HIEN FLNGE OR PE N SPKLE FLNGE FINISH. S- EILING SUPPLY "x" LUMINUM LOUVERE FE IFFUSER WIH ROUN NEK. REFER O IFFUSER RWING FOR IREION OF FLOW. REFER O NEK SHEULE N FLOOR PLNS FOR NEK. PROVIE WIH KE WHIE ENMEL FINISH. OORINE FRME YPE WIH EILING YPE. S- SIEWLL SUPPLY GRILLE SLO SUPPLY IFFUSER PRLLEL FN POWERE ERMINL UNI SHEULE LUMINUM SUPPLY GRILLE; REF. WG FOR FLOW. N OF GRILLE. /" LE SPING, OULE EFLEION. PROVIE WIH KE WHIE ENMEL FINISH. PROVIE ONELE MOUNING. OORINE FRME YPE WIH RHIE. FOO LONG LINER SUPPLY SLO IFFUSER. O E -SLO WIH " SLO WIH. PROVIE WIH INSULE IUS PLENUM OX WIH " IMEER INLE. PROVIE WIH HIEN FLNGE OR PE N SPKLE FLNGE FINISH. IRFLOW SI PRESSURE FN ELERI OIL MX FM MIN FM INLE OWN MIN FM ESP HP E L KW ONROL SEPS M MOP VOLGE PHSE MNUFURER / MOEL IUS / 0RL IUS / R-0 IUS / PR IUS / 0RL IUS / R-0 IUS / OMNI IUS / 00FL IUS / FL-0 MNUFUR ER / MOEL FPU--0 RU-0 " 0" 0.0. X 0. /.0 LYNERGY 0 RNE / VPEF FPU--0 RU-0 0" " 0.0. X 0. /. LYNERGY 0 RNE / VPEF FPU--0 RU-0 " " X 0. /. LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 " " X 0. /.0 LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 " " 0.0. X 0. /. LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 " " 0.0. X 0. /. LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 " " X 0. /.0 LYNERGY RNE / VPEF FPU--0 RU-0 0" " 0.0. X. /. LYNERGY 0 RNE / VPEF FPU--0 RU-0 0" " X. /.0 LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 0" " X 0. /. LYNERGY 0 RNE / VPEF FPU--0 RU-0 " ".0. X. /.0 LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 " ".0. X. /.0 LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 " 0" 0.0. X. /.0 LYNERGY 0 RNE / VPEF FPU--0 RU-0 " " X 0. /.0 LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 " " 0.0. X 0. /. LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 0" " X. /.0 LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 0" " X 0. /. LYNERGY 0 RNE / VPEF FPU--0 RU-0 " ".0. X. /.0 LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 " ".0. X. /.0 LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 " 0" 0.0. X. /.0 LYNERGY 0 RNE / VPEF FPU--0 RU-0 " " X 0. /.0 LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 " " 0.0. X 0. /. LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 0" " X. /.0 LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 0" " X 0. /. LYNERGY 0 RNE / LPEF FPU--0 RU-0 " ".0. X. /.0 LYNERGY 0 0 RNE / LPEF FPU--0 RU-0 " ".0. X. /.0 LYNERGY 0 0 RNE / LPEF FPU--0 RU-0 " 0" 0.0. X. /.0 LYNERGY 0 RNE / VPEF FPU--0 RU-0 " " X 0. /.0 LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 " " 0.0. X 0. /. LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 " " 0.0. X 0. /. LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 0" " 0.0. X. /. LYNERGY 0 RNE / VPEF FPU--0 RU-0 " " 0.0. X. /.0 LYNERGY RNE / VPEF FPU--0 RU-0 " " 0.0. X. /.0 LYNERGY RNE / VPEF FPU--0 RU-0 0" " X 0. /. LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 " " 0.0. X. /. LYNERGY 0 0 RNE / VPEF FPU--0 RU-0 0" " X 0. /.0 LYNERGY 0 0 RNE / VPEF ROOF OP UNI SHEULE ESIGNION RU-0 RU-0 LOION ROOF ROOF SERVES UILING UILING ONFIGURION HRNL WNFLW HRNL WNFLW OUSIE IR FM SUPPLY FN SUPPLY FM ESP(in. water ga.).. MOOR HP 0 0 RELIEF FN RELIEF FM ESP(in. water ga.) MOOR HP 0 0 OOLING OIL REFRIGERN YPE 0 0 SENSILE MH.. OL MH.. E eg (/W) / / L eg (/W)./../. MIEN EMP ( F) 0 0 ENERGY REOVERY WHEEL MX/ESIGN O VOLUME 000/ /000 ESIGN EXHUS VOLUME WHEEL MOOR HP SUMMER PIY (OL MX.. WINER PIY ( OL MX.. OOLING MIXE IR L eg F /W / / HEING MIXE IR L eg F /W./../. ELERI VOLGE-PHSE-HERZ M.. MOP SHOR IRUI URREN RING 0K 0K MINIMUM EER OPERING WEIGH LS. 0 0 MNUFURER/MOEL IKIN / RPS0 IKIN / RPS0 NOES - - NOES. Provide with 0% prefilter.. ESP includes 0." for dirty pre-filter.. Provide single point connection and factory installed disconnect.. Provide and install float switch and connect to building automation system. If enabled, Float switch shall disable fan and send alarm to S.. Provide unit with variable frequency drive. oordinate with electrical contractor on installation and start-up.. Provide unit irect rive Plug Fan.. Provide motorized outside air damper with airflow measurement station.. Provide fan vibration isolation. Rubber in sheer not allowed.. Provide unit with MERV filters. ESP includes 0." for dirty filter. 0. Provide factory recommended roof curb.. Provide unit with downflow openings.. Unit shall be " double wall construction, designed for outdoor application.. Provide with factory installed GFI outlet and 0V transformer. Outlet shall remain energized if unit disconnect is in "off" position.. Provide low ambient kit for operation to 0 degrees F.. Provide refrigerant service valves and replaceable core filter dryer.. Provide economizer with power exhaust. Economizer shall be controlled by dry bulb. Provide airflow measurement station on O damper and relief air damper. Supply fan airflow measurement to match specifications/best practice. MEHNIL GENERL NOES:. LL MEHNIL INSLLIONS SHLL E IN SRI OMPLINE WIH HE PPLILE LOL, SE, N FEERL OES, SNRS, N GOVERNING UHORIIES HVING JURISIION.. FURNISH LL LOR, MERILS, EQUIPMEN, N ESSORIES REQUIRE FOR OMPLEE WORKING N OORINE SYSEM. LL NEW MERILS, EQUIPMEN, N ESSORIES SHLL MH EXISING UILING SNRS IN QULIY, YPE, N FINISH, UNLESS OHERWISE NOE.. WORK SHOWN ON HESE SHEES IS INENE O PROVIE HE OVERLL ENGINEERING ONEP. EX LOION OF U/PIPING N EQUIPMEN SHLL E OORINE WIH UILING SRUURE, EQUIPMEN FURNISHE, RHIEURL RWINGS N LL OHER RES PRIOR O INSLLION. NY ONROR INSLLING WORK WIHOU PRIOR OORINION SHLL RELOE HIS WORK HIS EXPENSE O LLOW PROPER INSLLION OF NY N LL RES WORK.. SUMI SHOP RWINGS O HE ENGINEER N OIN PPROVL, PRIOR O PROURING NY NEW EQUIPMEN. SUMI OPERING N MINENNE MNULS FOR LL NEW EQUIPMEN O HE ENGINEER N UILING ENGINEER.. HE MEHNIL ONROR SHLL FURNISH MOOR ISONNES, RELYS N SRERS. HE ELERIL ONROR SHLL INSLL HESE EVIES.. LL UWORK IMENSIONS RE LER, INSIE IMENSIONS. UWORK SHLL E GLVNIZE SEEL N SHLL MEE MINIMUM S.M...N.. ONSRUION SNRS.. MININ LL UWORK LERNES REQUIRE Y HE NIONL ELERI OE FOR LL ELERIL PNELS. U/PIPING SHLL NO E ROUE OVE ELERIL GER OR IN HE SERVIE SPE REQUIRE Y HE NIONL ELERIL OE. OORINE WIH HE ELERIL ONROR.. ONUI, PIPING, N UWORK SHLL E INEPENENLY SUPPORE, N HIS SUPPOR SHLL E INEPENEN OF PRIION N EILING SYSEM SUPPORS.. LL HERMOSS, ONROLS, N ONROL WIRING (0 VOLS OR LESS) OR PNEUMI UING SHLL E FURNISHE N INSLLE Y HE MEHNIL ONROR. ONROL WIRING SHLL E PROVIE IN ONUI IF REQUIRE Y LOL OES. FIEL VERIFY PRIOR O I. POWER WIRING SHLL E PROVIE Y HE ELERIL ONROR. 0. PROVIE EXERNL INSULION FOR SUPPLY U WIH N EQUIVLEN HERML RESISNE LES: R-.. MEHNIL FSENERS N SELNS SHLL E USE O ONNE US N IR EVIES.. REFER O RHIEURL INERIOR ELEVION PLNS, WHERE HE RHIE HS RWN SUH ELEVIONS, FOR HE LOIONS OF LL WLL MOUNE EVIES. OIN HE RHIE'S PPROVL OF PROPOSE LOIONS FOR LL VISILE HERMOSS N OHER ONROL EVIES.. REFER O RHIEURL PLNS FOR LOIONS OF WLLS WHIH EXEN O SRUURE. WHERE FLEXILE U PENERES WLL WHIH EXENS O SRUURE, PROVIE INSULE RIGI U EXENING INHES ON EIHER SIE OF HE PRIION.. IME OF FINL INSLLION OSERVIONS, HE OPERION OF LL SYSEMS OF EQUIPMEN SHLL HVE EEN EMONSRE O PERFORM PROPERLY.. MNUL LNE MPERS SHLL E PROVIE LL RNH PS N OHER LOIONS S SHOWN ON HE RWINGS N S REQUIRE FOR PROPER IR LNE. LNING EVIES SHLL E IN ORNE WIH IM0... PROVIE ENGRVE PHENOLI LEL FOR LL EQUIPMEN N SIGNGE.. SMOKE EEORS SHLL E INSLLE IN HE SUPPLY N REURN US OF LL UNIS EXEEING,000 FM. EEORS SHLL E WIRE SUH H UPON SENSING LRM ONIIONS, HE UNI SHLL E OMPLEELY SHU OWN N SIGNL SHLL NOIFY HE FIRE LRM PNEL. HE MEHNIL ONROR SHLL FURNISH N INSLL LL FORY PROVIE ONROLS N PPURENNES S REQUIRE O PERFORM HE ESIRE SEQUENE OF OPERIONS. HE EEORS SHLL E FURNISHE Y HE FIRE LRM ONROR N INSLLE Y HE FIRE LRM ONROR.. ONENSE RIN PIPING SHLL E SLOPE /" PER FOO. E L I O S 0 Parklane oulevard, Ste. #0 Sugar Land, exas Phone:.. Fax:..0 Registration No. F- MEP ENGINEERING EHNOLOGY ENERGY MOELING OMMISSIONING hese drawings have been prepared as one coordinated set of component part is not identified on every sheet. ny user s E //0 00% 0//0 0% JUL 0 onstruction ocumentation 0 JN 0 ddendum 00 NOES:. PROVIE INEGRL ISONNE SWIH FOR LL OXES. OORINE WIH ELERIL ONROR.. RNSIION OX FROM U RUNOU SHOWN O OX INLE.. PROVIE ONROL VOLGE RNSFORMER. OORINE ONROLS WIH ONROLS ONROR PRIOR O PURHSE.. PROVIE UOMI RESE N ISHRGE EMPERURE SENSOR FOR LL OXES WIH ELERI HE.. ONROLS RE O E FORY MOUNE.. REFER O SPEIFIIONS FOR MORE INFORMION. ll motors driven by VFs shall be inverter duty and shall have shaft grounding rings equal to EGIS SGR.. Mechanical contractor shall provide and install smoke detector in unit return and/or supply per code (S,R). Mechanical ontractor shall coordinate connection to fire alarm system with Fire larm ontractor. SPLI SYSEM SHEULE ERMINL UNI - ELERI HE SHEULE MRK SYSEM INLE RUN OU YPE IRFLOW ELERI OIL ESP MX FM MIN FM E L KW ONROL VOLGE PHSE MNUFURE R / MOEL NOES U--0 RU-0 0 VV SR RNE / VEF U--0 RU-0 0 VV SR RNE / VEF U--0 RU-0 0 VV SR 0 RNE / VEF U--0 RU-0 0 VV SR RNE / VEF U--0 RU-0 VV SR RNE / VEF U--0 RU-0 0 VV SR RNE / VEF U--0 RU-0 0 VV SR 0 RNE / VEF U--0 RU-0 0 VV SR RNE / VEF U--0 RU-0 VV SR RNE / VEF U--0 RU-0 0 VV SR RNE / VEF U--0 RU-0 0 VV SR 0 RNE / VEF U--0 RU-0 0 VV SR RNE / VEF U--0 RU-0 VV SR RNE / VEF U--0 RU-0 0 VV SR RNE / VEF U--0 RU-0 0 VV SR 0 RNE / VEF U--0 RU-0 0 VV SR RNE / VEF U--0 RU-0 VV SR RNE / VEF U--0 RU-0 0 VV SR RNE / VEF U--0 RU-0 0 VV SR RNE / VEF U--0 RU-0 0 VV SR 0 RNE / VEF U--0 RU-0 0 VV SR 0 RNE / VEF NOES:. MINIMUM INLE SI PRESSURE REQUIRE O OPERE OX SHLL NO EXEE VLUE ESIGNE.. RNSIION OX FROM U RUNOU SHOWN O OX INLE.. PROVIE INEGRL ISONNE SWIH FOR LL OXES. OORINE WIH ELERIL ONROR.. PROVIE ONROL VOLGE RNSFORMER. OORINE ONROLS WIH ONROLS ONROR PRIOR O PURHSE.. PROVIE UOMI RESE N ISHRGE EMPERURE SENSOR FOR LL OXES WIH ELERI HE.. ONROLS RE O E FORY MOUNE.. REFER O SPEIFIIONS FOR MORE INFORMION ESIGNION FU-0 FU-0 FU-0 FU-0 LOION EILING SUSPENE EILING SUSPENE EILING SUSPENE EILING SUSPENE SERVES P 0 P 0 P 0 P 0 ORIENION VERIL VERIL VERIL VERIL OUSIE IR FM FN SUPPLY FM ESP(in. water ga.) MOOR HP N N N N OOLING OIL REFRIGERN YPE SENSILE MH.... OL MH.... E eg (/W) / / / / L eg (/W) / / / / ELERI HE KW.... E eg F L eg F ELERI VOLGE-PHSE-HERZ M POWERE HROUGH POWERE HROUGH POWERE HROUGH POWERE HROUGH MOP U-0 U-0 U-0 U-0 OPERING WEIGH LS. MNUFURER/MOEL IKIN / FXN IKIN / FXN IKIN / FXN IKIN / FXN REMRKS,,,,,,,,,,,,,,,, HE PUMP UNI PROJE NME FFORLE HOUSING MPUS PROJE RESS //0 :0: PM :\Users\mgrummert\ocuments\elios Model - PPI Ops - R - ESIGN ONIIONS LEGEN LOION (SION): OOLING EMP (/ MW): HEING EMP (): ELEVION (F): HOUSON USH INERON..F/.F.0F 0 ESIGNION U-0 U-0 U-0 U-0 LOION ROOF ROOF ROOF ROOF SERVES FU-0 FU-0 FU-0 FU-0 ONENSER E eg F ELERI VOLGE-PHSE-HERZ M.... MOP SEER OPERING WEIGH LS. MNUFURER/MOEL IKIN / RXN IKIN / RXN IKIN / RXN IKIN / RXN REMRKS,,,,,0,,,,,0,,,,,0,,,,,0 REMRKS Provide factory installed disconnect. Size and route refrigerant lines according to manufacturers recommendations. Provide 0% pre-filter. ESP includes 0." for dirty filter. Provide vibration isolation package. Interlock normally closed outside air damper to condensing unit and electric heater. amper shall open upon condensing unit start or electric heater start. Internal compressor high/low pressure and temperature protection. Provide low ambient kit for operation to 0 degrees F. Provide with filter dryer. Provide anti-short cycle timer. 0 Install condensing unit on roof. KIRKSEY PROJE NO. KEY PLN SHEE ILE MEHNIL SHEULES SHEE NUMER -M.00 0 Kirksey

6 0 V P S X S+ S OFFIE RU 0 RU 0 net IP Wireless net MSP rane racer Ensemble Workstation V Y E IR FI OORINOR RU 0 RU 0 System Operating Modes: he uilding utomation System (S) shall include a useradjustable time of day schedule to define when the various areas of the facility are expected to be occupied versus unoccupied. hen, based on current zone conditions, the S determines the current system operating mode. Optimal/Stop he S shall initiate Optimal Stop mode such that cooling or heating is disabled so that the zone temperature does not drift beyond the occupied standby setpoint by the end of the scheduled occupancy period. he RU supply fan shall continue operating, and ventilation control shall continue, through the end of the scheduled occupancy period. Morning Warm up/pre cool uring the Morning Warm up/pre cool Mode, each VV terminal unit varies primary airflow, cycles a terminal fan (if equipped), and/or modulates (or stages) a local or remote heat source (if equipped) to raise/lower the zone temperature to the occupied setpoint (heating or cooling), and then closes. Meanwhile, the RU modulates the supply fan and return fan (if equipped) to deliver the required airflow to the zones, closes the outdoor air damper, closes the central relief damper (or shuts off the central relief fan), and cycles the compressors or modulates (or stages) the source of heat to discharge/setpoint. For a cold air VV system, if the return air dew point temperature is higher than F (adj) during Morning Pre cool Mode, the discharge air temperature setpoint will be reset every 0 minutes so that it is only F (adj) below the current return emp Optimal/Start he S shall initiate Optimal Start mode such that the RU is started and VV boxes are enabled to allow the zone temperature to reach the occupied heating or cooling setpoint prior to scheduled occupancy. he system shall wait as long as possible before starting, so that the temperature in each zone reaches the occupied setpoint just in time for scheduled occupancy. Unoccupied/Economizing/Purge etween :00 M (adj.) and :00 M (adj), the S shall initiate Unoccupied Economizing mode if the current zone temperature is at least F warmer than the occupied cooling setpoint and the outdoor dry bulb temperature is more than F (adj) cooler than the current zone temperature. When initiated, the RU is started (O damper fully open, compressors off) and VV boxes are enabled to allow the zone temperature to cool to the occupied cooling setpoint. Optimized ontrol of Supply uct Static Pressure (Fan Pressure Optimization) t a frequency of once every 0 minutes, the S shall monitor the damper position of all VV terminal units. he S shall calculate a new supply fan duct static pressure setpoint based on the position of the furthest open VV damper, and send this newlycalculated setpoint to the RU controller. When any VV damper is more than % (adj) open, the supply fan duct static pressure setpoint shall be reset upward by % until no damper is more than % (adj) open or the static pressure setpoint has reset to the maximum setting. When all VV dampers are less than % (adj) open, the supply fan duct static pressure setpoint shall be reset downward by % until at least one damper is more than % (adj) open or the static pressure setpoint has reset to the minimum setting. Optimized ontrol of Supply ir emperature (S Reset) t a frequency of once every 0 minutes, the S shall monitor the outdoor dry bulb temperature, as well as the zone temperature and damper position of all VV terminal units. he S shall calculate a new S setpoint based on current outdoor air (O) temperature, and send this newly calculated S setpoint to the RU controller. When the O temperature is warmer than F (adj), the S setpoint shall be F (adj). When the O temperature is colder than F (adj), the S setpoint shall be 0 F (adj). When the O temperature is between F (adj) and F (adj), the S setpoint shall be reset proportionally between F (adj) and 0 F (adj). If at least two (adj) zones have both ) a VV damper that is more than % open, and ) a current zone temperature that is higher than the current cooling setpoint, then the S setpoint shall return to F (adj) If the outdoor dew point is higher than 0 F (adj), this S Reset sequence shall be suspended and the S setpoint shall be reset to F (adj) until outdoor dew point drops below F (adj). Optimized ontrol of Ventilation (Ventilation Optimization) he actual outdoor airflow shall be sensed at the outdoor air intake of the RU, and controlled to an airflow setpoint determined according to SHRE Standard.. When the S time of day schedule indicates that a zone is unoccupied, the required outdoor airflow for that zone shall be zero. When the schedule indicates that a zone is occupied, the required outdoor airflow for that zone shall equal the design outdoor airflow, unless the zone is equipped with occupancy sensor and/or a carbon dioxide (O ) sensor, or uses a time of day ventilation schedule, to reduce the required outdoor airflow during periods of partial occupancy. he required outdoor air fraction (current required outdoor airflow divided by the current primary airflow) shall be continuously calculated for each zone (VV terminal unit). t a frequency of once every 0 minutes, the S shall gather this data from all VV terminal units, calculate the minimum required outdoor airflow for the system according to SHRE., and send this newlycalculated outdoor airflow setpoint to the RU controller. E L I O S 0 Parklane oulevard, Ste. #0 Sugar Land, exas Phone:.. Fax:..0 Registration No. F- MEP ENGINEERING EHNOLOGY ENERGY MOELING OMMISSIONING hese drawings have been prepared as one coordinated set of component part is not identified on every sheet. ny user s 0 V X 0 V X 0 V X 0 V X 0 V X 0 V X 0 V X 0 V X 0 V X 0 V X 0 V X 0 V X 0 V X U 0 rane U0 U 0 rane U0 U 0 rane U0 U 0 rane U0 U 0 rane U0 U 0 rane U0 U 0 rane U0 U 0 rane U0 U 0 rane U0 U 0 rane U0 SVV U 0 rane U0 SVV U 0 rane U0 SVV U 0 rane U0 E 0//0 0% JUL 0 onstruction ocumentation 0 JN 0 ddendum 00 0 V X 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V SVV U 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V 0 V Wireless net MSP FPU 0 rane U0 FPU 0 rane U0 FPU 0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 PROJE NME 0 V 0 V 0 V 0 V 0 V 0 V 0 V FFORLE HOUSING MPUS Wireless net MSP Wireless net MSP PROJE RESS FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 FPU 0 rane U0 KIRKSEY PROJE NO. //0 :0: PM :\Users\mgrummert\ocuments\elios Model - PPI Ops - R - 0 V FPU 0 rane U0 0 V FPU 0 rane U0 0 V FPU 0 rane U0 0 V FPU 0 rane U0 0 V FPU 0 rane U0 0 V FPU 0 rane U0 0 V FPU 0 rane U0 0 V FPU 0 rane U0 *WIRE ONROLS FROM PPROVE MNUFURERS RE PPROVE N EPLE. KEY PLN SHEE ILE MEHNIL ONROLS RISER SHEE NUMER -M.0 0 Kirksey

7 SP O S/S O SK EF VF E EMP I E O YPIL FOR (RU 0, RU 0) HUMI I EMP I R SMOKE I LOSE Y OHERS E R O H HUMI I EMP I OPEN I EF SS L EW M O ERW R ER YP O H FIL SS I OPEN L X S HUMI I S EMP I L SF SS I OPEN H S PRESS I H L S FM I S SMOKE I LOSE Y OHERS S E L I O S 0 Parklane oulevard, Ste. #0 Sugar Land, exas Phone:.. Fax:..0 Registration No. F- MEP ENGINEERING EHNOLOGY ENERGY MOELING OMMISSIONING hese drawings have been prepared as one coordinated set of component part is not identified on every sheet. ny user s I O VM O O RQ HUMI O I EMP O YP I EW LEV O EMP/HUMIIY SG SG SG SG O O O O SF VF SK S/S O SP O E //0 :0: PM :\Users\mgrummert\ocuments\elios Model - PPI Ops - R - uilding utomation System Interface: he uilding utomation System (S) shall send the controller Occupied ypass, Pre ool, Occupied / Unoccupied and Heat / ool modes. If a S is not present, or communication is lost with the S the controller shall operate using default modes and setpoints. he S shall also send the controller a duct static pressure setpoint, discharge air temperature setpoint, and ventilation airflow setpoint, each calculated by optimization routines in the S. Occupied Mode: uring occupied periods, the supply fan shall run continuously and the outside air damper shall open to maintain current airflow setpoint. he unit controller shall control the supply fan speed to maintain the current duct static pressure setpoint (adj.).he compressors, energy recovery wheel (if enabled), and O damper (if airside economizing in enabled) shall cycle/modulate to maintain discharge air temperature at setpoint (adj.). Unoccupied Mode: When the space temperature is above the unoccupied cooling setpoint of.0 deg. F (adj.) the supply fan shall start, the outside air damper shall open if economizing is enabled and remain closed if economizing is disabled and the X cooling shall be enabled. he energy recovery wheel shall remain off. When the space temperature falls below the unoccupied cooling setpoint of.0 deg. F minus the unoccupied differential of.0 deg. F (adj.) the supply fan shall stop, the X cooling shall be disabled and the outside air damper shall close. Optimal Start: he S shall monitor the scheduled occupied time, occupied space setpoints and space temperature to calculate when the optimal start occurs. Pre ool Mode: uring optimal start, if the average space temperature is above the occupied cooling setpoint, pre cool mode shall be activated. When pre cool is initiated the unit shall enable the fan and cooling or economizer. he outside air damper shall remain closed, unless economizing. When the average space temperature reaches occupied cooling setpoint (adj.), the unit shall transition to the occupied mode. Optimal Stop: he S shall monitor the scheduled unoccupied time, occupied setpoints and space temperature to calculate when the optimal stop occurs. When the optimal stop mode is active the unit controller shall maintain the space temperature to the space temperature offset setpoint. Occupied ypass: he S shall monitor the status of the on and cancel buttons of the space temperature sensors. When an occupied bypass request is received from a space sensor, the unit shall transition from its current occupancy mode to occupied bypass mode and the unit shall maintain the space temperature to the occupied setpoints (adj.). ooling Mode: he unit controller shall use the discharge air temperature sensor and discharge air temperature cooling setpoint to determine when to initiate requests for cooling. ischarge air setpoint shall be maintained by modulating the economizer or staging the X cooling as required to maintain the discharge air setpoint. uilding Pressure ontrol: differential pressure transducer shall actively monitor the difference in pressure between the building (indoors) and outdoors. If the building pressure increases above the differential pressure setpoint, the unit controller shall turn on the exhaust fan and modulate the exhaust fan VF to control building pressure to the differential pressure setpoint. If the building pressure decreases below the differential pressure setpoint, the controller shall deactivate the exhaust fan VF. he outside pressure, inside building pressure, and adjustiable differential pressure to be viewable throught the S. oth RUs shall communicate to prevent fighting to control building pressure. Supply ir emperature Reset ontrol: he supply air temperature setpoint shall be reset to the optimal setpoint communicated by the S. he S shall reset the supply air temperature setpoint based on the current outside air temperature, but shall override this reset function and return the supply air temperature setpoint to. deg. F (adj.) if more than two (adj.) zones begin to overheat. lso, the S shall override this reset function whenever outdoor dew point is higher than 0.0 deg. F (adj.) or indoor humidity is higher than 0% RH (adj.). If the supply air temperature drops below the minimum limit, a low temperature alarm shall be annunciated and the unit shall shut down. If the supply air temperature rises above the maximum limit, a high temperature alarm shall be annunciated. Filter Status: differential pressure switch shall monitor the differential pressure across the filter when the fan is running. If the switch closes for minutes after a request for fan operation a dirty filter alarm shall be annunciated at the S. Economizer : he supply air sensor shall measure the dry bulb temperature of the air leaving the evaporator coil while economizing. When economizing is enabled and the unit is operating in the cooling mode, the economizer damper shall be modulated between its minimum position and 00% to maintain the discharge air temperature setpoint. he economizer damper shall modulate toward minimum position in the event the discharge air temperature falls below the discharge low limit temperature setpoint. ompressors shall be delayed from operating until the economizer has opened to 00%. ry ulb ontrol: Outside air (O) dry bulb shall be measured. he economizer shall enable when O dry bulb is less than degrees (adj.). he economizer shall disable when O dry bulb is greater than degrees (adj.). Energy Recovery Wheel Operation: When the O enthalpy is higher than the R enthalpy, the wheel shall be turned on and both O and E bypass dampers shall be closed. When the O enthalpy is less than the R enthalpy and the RU is cooling (or airside economizing), the wheel shall be turned off and both O and E bypass dampers shall be open. When the RU is heating, the wheel shall be turned on as the first stage of heat, the O bypass damper shall be closed, and the E bypass damper shall modulate (as necessary) to maintain discharge air temperature at setpoint (adj.). If the O temperature drops below the frost threshold setpoint (adj.), the O bypass damper shall modulate to maintain the exhaustside leaving temperature at setpoint. Ventilation ontrol: When in the occupied mode, the flow measuring outdoor air damper shall modulate to maintain the current ventilation airflow setpoint. he ventilation airflow setpoint shall be reset to the optimal ventilation setpoint communicated by the S. he S shall reset the ventilation setpoint based on the current ventilation needs of the VV terminals as determined by space 0 sensors. Supply Fan: he supply fan shall be enabled while in the occupied mode and cycled on during the unoccupied mode. differential pressure switch shall monitor the differential pressure across the fan. If the switch does not open within 0 seconds after a request for fan operation a fan failure alarm shall be annunciated at the S, the unit shall stop, requiring a manual reset. Supply uct Static Pressure ontrol: he duct static pressure setpoint shall be reset to the optimal setpoint communicated by the S. he S shall reset the duct static pressure setpoint based on the position of the furthest open VV damper. Upon a call for heating or cooling in the unoccupied mode the unit controller shall modulate the speed of the VF to 00%. If for any reason the supply air pressure exceeds the supply air pressure high limit, the supply fan shall shut down. he unit shall be allowed to restart three times after a minute off period. If the overpressurization condition occurs on the fourth restart, the unit shall shut down and a manual reset diagnostic is displayed at the remote panel and/or the S system. Exhaust Fan Status: differential pressure switch shall monitor the differential pressure across the fan. If the switch is detected to be open for 0 consecutive seconds after a request for exhaust fan operation a fan failure alarm shall be annunciated at the S and the exhaust fan shall stop. manual reset shall be required. Smoke etector Shutdown: he unit shall shut down in response to a signal from either smoke detector indicating the presence of smoke. he smoke detectors shall be interlocked to the unit through the dry contacts of the smoke detectors. manual reset of the smoke detectors shall be required to restart the unit. 0//0 0% JUL 0 onstruction ocumentation 0 JN 0 ddendum 00 PROJE NME FFORLE HOUSING MPUS PROJE RESS KIRKSEY PROJE NO. KEY PLN SHEE ILE MEHNIL RU FLOW IGRM N SEQUENE OF OPERIONS SHEE NUMER -M.0 0 Kirksey

8 E L I O S 0 Parklane oulevard, Ste. #0 Sugar Land, exas Phone:.. Fax:..0 Registration No. F- MEP ENGINEERING EHNOLOGY ENERGY MOELING OMMISSIONING NOE:. SUPPLY, REURN, N EXHUS IR GRILLES IN RE EILINGS SHLL HVE FIRE RIION MPERS.. POORF N &S RE HE ONLY PPROVE MNUFURERS. FLEXILE ONNEION, YPIL hese drawings have been prepared as one coordinated set of component part is not identified on every sheet. ny user s G OX N U OLLR U OLLR ON OP OR SIE UL IREEHNOLOGIES I,.0 HOUR RE EILING RIION MPER G FRME N LES 0 FIRE ULK OPENING EWEEN EILING N MPER OX SEEL SUPPLY EILING REGISER/GRILLE S SPEIFIE. OPPOSE LE VOLUME MPER X OOLING OIL LOE IN UNI PROVIE UL SUION N LIQUI LINES S REQUIRE ONENSE RIN SUION LINE EXPNSION VLVE UL EXPNSION VLVE ONENSING UNI ON ONREE P RS RL FUSILE LINK -/" INSULION OP, OOM N SIES HOUR RE EILING SSEMLY. SEE RHIEURL PLNS FOR RE EILINGS. EILING IR EVIE FIRE RIION MPER EIL LIQUI LINE SLOPE SUION LINE OWN WIH IREION OF FLOW PROVIE "PLSI" WLL SLEEVES WIH HROME ESUHEON WLL PENERIONS EXERIOR INERIOR GENERL NOES:. M S REURN IR OPENING. FILER NK. OOLING OIL. HOUSEKEEPING P. REFER O PLNS FOR UWORK ONFIGURION FOR EH INIVIUL FN OIL UNI. REFER O PLNS N SPEIFIION FOR SPEIFION FOR SPEIFI FN OIL, VIRION ISOLOR, FLEXILE U, UWORK, PIPING, SOP VLVES, ONROLS N FN OIL INSLLION REQUIREMENS E.. REFER O PLNS FOR FN OIL UNIS ESIGN IR QUNIY.. PROVIE FLEXILE ONNEION FN OIL UNI ISHRGE.. PROVIE VIRION ISOLORS SPRING YPE WIH FN OIL UNI.. OORINE ROUING OF REFRIGERN LINES WIH LERNE REQUIRE FOR SERVIE ESS N FILER REMOVL. JOISS POWER OR SEL ROUN HE UNI WIH ULK. INSULION ROUN UNI. LSO OVER HE FIN WIH INSULION. ROOF JK WIH MPER OR ROOF P " ROUN U. INSULE U WILL HELP SOR VIRION. USE HE SHORES RUNS POSSILE & LONG RIUS ELOWS. OR SHOR (') PIEE OF FLEXILE U WILL SOR VIRION & NOISE. EXERIOR WLL USE FOIL PE ON HE JOINS O ENSURE GOO SEL. ONFIRM ROUING PER FLOOR PLN. WLL P WIH MPER E //0 00% 0//0 0% JUL 0 onstruction ocumentation O 0 ddendum 00 0 JN 0 ddendum 00 VIRION ISOLION PS (YP) SPORLN H-LL REPLELE ORE FILER RIER SPORLN SEE-LL SIGH GLSS NOES Y SYMOL PROVIE UXILIRY RIN PN WIH FN OIL UNI. IMENSIONS OF RIN PN SHLL EXEN " EYON HE FN OIL UNI ON LL SIES. ROUE INSULE UXILIRY RIN N ONENSE RIN LINES O LOION INIE ON PLNS. FLO SWIH ONFORMING O UL 0 MY E USE IN LIEU OF UXILIRY RIN LINE. FLO SWIH O E-ENERGIZE UNI WHEN WER IS EEE IN UXILIRY RIN PN. REFER O PLNS FOR UXILIRY RIN SYSEM. PROJE NME FFORLE HOUSING OPERIONS ENER 0 REFRIGERN PIPING EIL REFRIGERN PIPING, N ROUE ORING O MNUFURERS REOMMENIONS. 0 EXHUS IR P EIL //0 :: PM :\Users\mgrummert\ocuments\elios Model - PPI Housing Ops - R_mgrummert.rvt ROOF FINISHE LUNRY ROOM EILING RYERS (Y OHERS) FINISHE FLOOR " FLEX. U RYER EXHUS UWORK EIL ONINUES O EXERIOR WLL. PROVIE EXHUS WLL P. REFER O EXHUS IR P EIL. " I. RYER EXHUS U -00 U MOUNE SMOKE EEOR FOR UNIS GREER HN 000 FM. REFER O SPEIFIION FOR IIONL REQUIREMENS N ONFIRM LOION WIH LOL UHORIY HVING JURISIION. EXERNLLY WRPPE UWORK INSULION. REFER O SE UILING SPEIFIIONS FOR IIONL REQUIREMENS. MINENNE N SERVIE ESS LERNE. GENERL ONROR IS RESPONSILE FOR KEEPING SIES OF FN OIL UNI LER OF OSRUION FOR UXILIRY RIN PN REMOVL. INSULE, RPPE ONENSE RIN LINE N UXILIRY PN RIN LINE. UXILIRY PN NO REQUIRE IF FLO SWIH IS INSLLE. REFER O MEHNIL SHEULES O VERIFY IF ONENSE PUMP NEESSRY. FN OIL/IR HNLER UNI (FU/HU) O E INSLLE ON HOUSEKEEPING P. OORINE FN OIL/IR HNLER UNI LOION WIH SRUURL N RHIEURL ELEMENS O MININ REQUIRE ESS O MOORS, FILERS, VLVES, N ESS O PNEL ON UNI. ONROR SHLL E RESPONSILE FOR KEEPING WORKING LERNES FREE OF PIPING, ONUI, US, N OHER OSRUIONS. UNLESS NOE OHERWISE, FIEL FRIE PLENUM OX WIH EXERNLLY WRPPE UWORK. PROVIE MNUL LNE MPER HE EN OF PLENUM OX O LNE HE SYSEM. OUSIE IR U WIH MNUL LNING MPER N MOORIZE MPER. MOORIZE IR MPER SHLL OPEN WHEN ONENSING UNI IS ENERGIZE OR HEING OIL IS ENLE. LNE O FM INIE ON PLNS. 0 UE VERIL FN OIL UNI INSLLION EIL FLEX ONNEION INSLL FN SPEE ONROLLER ON FN HOUSING N PROVIE ESS ONROLLER EXHUS FN EILING MOUNE EXHUS FN KRF MPER EXHUS GRILLE SUPPOR FROM SRUURE OVE. MIN. () /" IMEER HREE SEEL ROS. INSLL FN SPEE ONROLLER ON FN HOUSING N PROVIE ESS ONROLLER OUSILLY INSULE HOUSING RUER ISOLORS EILING YPE S SPEIFIE Y RHIE. EXHUS FN SUPPOR FROM SRUURE OVE. MIN. () /" IMEER HREE SEEL ROS. OUSILLY INSULE HOUSING KRF MPER EILING YPE S SPEIFIE Y RHIE. EXHUS GRILLE FLEX ONNEION RUER ISOLORS PROJE RESS EMNIPION VE. HOUSON, X 00 KIRKSEY PROJE NO. KEY PLN SHEE ILE MEHNIL EILS SHEE NUMER -M.00 0 Kirksey 00