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Home My WebLink AboutFile Documents.427 Rio Grande Pl.0016.2019 (69).ACBKCM I GF I Mechanical, Electrical & Energy Consultants Denver 7600 East Orchard Rd Suite 250-S Greenwood Village, CO 80111-2539 303.796.6000 Billings 175 North 27th Street, Suite 1312 Billings, MT 59101-2048 406.545.6420 Cheyenne 500 West 18th Street, Suite 200 Cheyenne, WY 82001-4368 307.459.6100 Salt Lake City 4760 S. Highland Drive, Suite 106 Salt Lake City, UT 84115 801.360.7024 Helena P.O. Box 9643 Helena, MT 59604 406.438.1467 Bogota, Colombia Calle 40B # 8-68 Edificio Torre San Marcos, 501 Bogota D.C. 110231 Colombia +57.1.485.0689 7600 East Orchard Road, Suite 250-S Greenwood Village, CO 80111-2518 303.796.6000 www.mkkeng.com CONSULTING ENGINEERS, INC. I X X G 3 V A M J D J J L MM P P/T L F T F F F F D H F F F FAAP F FAGP FACP TV W P J X J G SPD T N F M MCP - MOTOR CIRCUIT PROTECTION XFMR VFD TTB RVNR NTS NIC MLO WP ZS XP UG WG SR SC PT OL OC NO NL NC - WEATHERPROOF - LIMIT OR POSITION SWITCH - EXPLOSION PROOF - TRANSFORMER - VARIABLE FREQUENCY DRIVE - UNDERGROUND - TELEPHONE TERMINAL BOARD - SAFE OR STOP/RUN - WIREGUARD - REDUCED VOLTAGE, NON-REVERSING - SHORT CIRCUIT - POTENTIAL TRANSFORMER - OVER CURRENT - NOT TO SCALE - OVERLOAD - NORMALLY OPEN - NOT IN CONTRACT - NORMALLY CLOSED - MAIN LUGS ONLY - NIGHT LIGHT - COPPERCU MCC MCA EWC ETM MCB LOR MCCB GRC FWE FLA FVNR FVR HOA ELR LS LT IG LC HP GFI ES EM - LEVEL SWITCH - MOTOR CONTROL CENTER - MOLDED CASE CIRCUIT BREAKER - MINIMUM CIRCUIT AMPS - MAIN CIRCUIT BREAKER - LET THROUGH - LOCAL-OFF-REMOTE - LIGHTING CONTACTOR - ISOLATED GROUND - HAND-OFF-AUTOMATIC - HORSEPOWER - FULL VOLTAGE, NON-REVERSING - FULL VOLTAGE, REVERSING - FULL LOAD AMPS - GALVANIZED RIGID CONDUIT - GROUND FAULT INTERRUPTER - FURNISHED WITH EQUIPMENT - ELAPSED TIME METER - EMERGENCY STOP - ELECTRIC WATER COOLER - END OF LINE RESISTOR - EMERGENCY NOTE: ALL ABBREVIATIONS SHOWN AFG AFF CPT AIC BFG AFC AL CR CT CB AC - ALUMINUM - CIRCUIT BREAKER - CORROSION RESISTANT - BELOW FINISHED GRADE - CURRENT TRANSFORMER - CONTROL POWER TRANSFORMER - ABOVE COUNTER - AMPS INTERRUPTING CURRENT - ABOVE FINISHED CEILING - ABOVE FINISHED FLOOR - ABOVE FINISHED GRADE ARE NOT NECESSARILY USED. 1. THESE DRAWINGS ARE DIAGRAMMATIC. REFER TO THE ARCHITECTURAL DRAWINGS FOR EXACT DIMENSIONS. 2. REFER TO THE ARCHITECTURAL PLANS, ELEVATIONS, AND DIAGRAMS FOR LOCATIONS OF THE FLOOR AND WALL DEVICES. IF DEVICES ARE NOT NOTED OTHERWISE THEY SHALL BE MOUNTED LONG AXIS VERTICAL AT THE FOLLOWING HEIGHTS AFF TO CENTER OF DEVICE: SWITCHES +42", RECEPTACLES +18", VOICE/DATA JACKS +18". 3. THE ELECTRICAL CONTRACTOR SHALL COORDINATE ANY NEW ELECTRICAL SERVICE INSTALLATION OR MODIFICATIONS TO THE EXISTING ELECTRICAL SERVICE WITH THE LOCAL UTILITY COMPANY PRIOR TO STARTING ANY WORK. 4. COORDINATE ALL EQUIPMENT LOCATIONS WITH THE OWNER PRIOR TO ROUGH-IN. CONTRACTOR TO INCLUDE A BOX WALK REVIEW WITH OWNER AND ARCHITECT PRIOR TO ROUGH-IN. COORDINATE THE WIRING DEVICE LOCATIONS WITH THE ARCHITECTURAL ELEVATIONS, CASEWORK SHOP DRAWINGS, AND EQUIPMENT INSTALLATION DRAWINGS. COORDINATE THE LOCATION OF THE MECHANICAL EQUIPMENT WITH THE MECHANICAL PLANS AND THE MECHANICAL CONTRACTOR PRIOR TO ROUGH-IN. COORDINATE THE LOCATION OF THE LUMINAIRES WITH THE ARCHITECTURAL REFLECTED CEILING PLANS. 5. ANY ITEMS DAMAGED BY THE CONTRACTOR SHALL BE REPLACED BY THE CONTRACTOR, AT NO ADDITIONAL COST TO THE OWNER. 6. ALL 120V BRANCH CIRCUITS SHALL BE 3-WIRE (PHASE,NEUTRAL,GROUND). PHASE, NEUTRAL, AND GROUND CONDUCTORS SHALL BE SIZE 12 AWG UNLESS OTHERWISE NOTED. BRANCH CIRCUITS SHOWN AS A SINGLE HOMERUN SHALL NOT BE COMBINED WITH OTHER CIRCUITS. ALL BRANCH CIRCUITS AND FEEDERS SHALL HAVE EQUIPMENT GROUNDING CONDUCTORS INSTALLED IN THE RACEWAY. 7. PROVIDE (1) 1"C WITH BUSHING AND PULL WIRE FROM EACH TELEPHONE, DATA, COMMUNICATION, AND THERMOSTAT OUTLET TO ABOVE THE ACCESSIBLE CEILING, UNLESS NOTED OTHERWISE. 8. THE CONTRACTOR SHALL MAINTAIN FIRE-RATINGS FOR ALL CONDUIT PENETRATIONS THROUGH FIRE-RATED CONSTRUCTION. REFER TO ARCHITECTURAL CODE PLAN. 9. COORDINATE THE LOCATIONS AND CONTROLS OF ALL APPLICABLE FIRE/SMOKE DAMPERS WITH THE MECHANICAL CONTRACTOR, PRIOR TO CONSTRUCTION. 10. ALL MOUNTING OF ELECTRICAL DEVICES (LUMINAIRES, TRANSFORMERS, PANELS, OUTLETS, CONDUIT RUNS, ETC.) SHALL COMPLY WITH STATE AND LOCAL SEISMIC REQUIREMENTS. ALL LUMINAIRES SHALL BE SUPPORTED INDEPENDENTLY OF THE CEILING SUPPORT HANGERS IN COMPLIANCE WITH IBC AND NEC REQUIREMENTS. 11. ADA COMPLIANCE: ELECTRICAL DEVICES PROJECTING FROM THE WALLS WITH THEIR LEADING EDGES BETWEEN 27" AND 80" AFF SHALL PROTRUDE NO MORE THAN 4" INTO WALKWAYS OR CORRIDORS. 12. BACK TO BACK MOUNTING OF RECEPTACLES OR COMMUNICATION OUTLETS IS NOT PERMITTED. THE MINIMUM SEPARATION BETWEEN DEVICES SHALL BE 6" O.C. IN COMMON WALLS AND 24" O.C. IN SOUND-RATED WALLS. 13. GFCI DEVICES SHALL BE PROVIDED AS NOTED AND SHALL COMPLY WITH NEC AND LOCAL REQUIREMENTS. NO FEED-THRU GFCI PROTECTION SHALL BE PERMITTED FOR DOWNSTREAM DEVICES. GFCI DUPLEX RECEPTACLES SHALL BE UL 943 2006 "LOCK-OUT" ACTION OR "NOTIFICATION" COMPLIANT. 14. ALL RECEPTACLES IN BREAK ROOMS SHALL BE GFCI PROTECTED. PROVIDE REMOTE BLANK FACE GFCI DEVICE IN AN ACCESSIBLE LOCATION AS REQUIRED FOR INACCESSIBLE RECEPTACLES. VERIFY EXACT REMOTE BLANK FACE GFCI DEVICE LOCATION WITH ARCHITECT PRIOR TO ROUGH-IN. 15. SWITCHES CONTROLLING LIGHTING LOADS: WHERE SWITCHES CONTROL LIGHTING LOADS SUPPLIED BY A GROUNDED GENERAL PURPOSE BRANCH CIRCUIT, THE GROUNDED CIRCUIT CONDUCTOR (NEUTRAL WIRE) FOR THE CONTROLLED LIGHTING CIRCUIT SHALL BE PROVIDED AT THE SWITCH LOCATION. 16. WHERE DIMMING CONTROL IS SPECIFIED AS A PORTION OF A CIRCUIT THAT ALSO HAS SWITCHED LIGHTING IN ADJACENT SPACES, PROVIDE A SEPARATE, DEDICATED NEUTRAL WIRE FROM THE DIMMING DEVICE BACK TO THE ORIGINATING PANEL. 17. ALL LOW VOLTAGE AND SYSTEMS CABLING LOCATED ABOVE THE ACCESSIBLE CEILING SHALL BE PROPERLY RATED FOR THE APPLICATION. WITHOUT EXCEPTION, ALL CABLING SHALL BE HUNG FROM BRIDLE-TYPE RINGS OR PLACED IN CABLE TRAYS BY THE ELECTRICAL CONTRACTOR. IN EXPOSED CEILING AREAS, ALL CABLING SHALL BE RUN IN CONDUIT TO THE NEAREST ACCESSIBLE CEILING LOCATION. 18. ELECTRICAL DEVICE IDENTIFICATION LABELS: PROVIDE ADHESIVE FILM LABEL, MACHINE PRINTED, IN BLACK, BY THERMAL TRANSFER OR EQUIVALENT PROCESS WITH MINIMUM LETTER HEIGHT OF 3/8" ON ALL ELECTRICAL DEVICES. LABEL SHALL IDENTIFY ORIGINATING PANEL AND CIRCUIT NUMBER IN THE FOLLOWING FORMAT: PANEL-CKT. REFERENCE SPECIFICATIONS FOR ADDITIONAL LABELING REQUIREMENTS. WHERE THE PROJECT SPECIFICATIONS INDICATE MORE STRINGENT LABELING REQUIREMENTS, THOSE REQUIREMENTS SHALL TAKE PRECEDENCE. 19. PROVIDE TYPED PANEL DIRECTORIES FOR PANELS. T165°= COMBINATION, 165°F SUBSCRIPTS: TELEVISION OUTLET WALL MOUNTED TELEPHONE OUTLET, +48" AFF = COMBINATION, 190°F TELEPHONE TERMINAL BOARD - TTB WALL MOUNTED TELEPHONE OUTLET FLOOR MOUNTED TELEPHONE AND/OR DATA WALL MOUNTED DATA OUTLET WALL MOUNTED COMBINATION TELEPHONE/DATA REMOTE PILOT LIGHT WITH TEST SWITCH FIREFIGHTERS TELEPHONE JACK SPRINKLER SYSTEM TAMPER SWITCH SPRINKLER SYSTEM FLOW SWITCH SMOKE DETECTOR IN VENTILATING DUCT LIFE SAFETY SPEAKER WITH STROBE = COMPENSATION, 165°F FAN SHUT-DOWN CONNECTION OUTLET BOX, AS NOTED COMMUNICATION SYSTEM SURGE PROTECTIVE DEVICE CONDUIT STUB-OUT - CAP & MARK NO. OF ARROWS INDICATE NO. OF CIRCUITS CIRCUIT HOMERUN TO PANEL OR CABINET, SEALOFF CIRCUIT TURNED UP CIRCUIT TURNED DOWN CONDUIT RUN ENGINE GENERATOR CIRCUITING TRANSFORMER PANELBOARD PAY PHONE OUTLET BOX = SHUNT TRIP = MULTISPEED = VARIABLE FREQUENCY = SOLID-STATE, REDUCED VOLTAGE ENCLOSED CIRCUIT BREAKER, MOLDED-CASE, COMBINATION DISCONNECT AND STARTER FUSED DISCONNECT SWITCH SAFETY DISCONNECT SWITCH SUBSCRIPTS: ST THERMAL-MAGNETIC FIXED SSRV VF MS CONTROL MODULE MONITOR MODULE DAMPER CONNECTION LIFE SAFETY SPEAKER REMOTE PILOT LIGHT MAG. DOOR HOLDER T190° TF165° THERMAL-MAGNETIC FIXED ENCLOSED CIRCUIT BREAKER, MOLDED-CASE, ENCLOSED FUSED DISCONNECT SWITCH = SHUNT TRIP = KEY INTERLOCK = GROUND FAULT CIRCUIT INTERRUPTER = ZONE-SELECTIVE INTERLOCKING = COMPENSATION, 135°F = COMBINATION, 135°F = IONIZATION FIRE ALARM GRAPHIC PANEL GROUND FAULT PROTECTION CURRENT TRANSFORMER MOTOR, NUMBER INDICATES HORSEPOWER GENERAL ALARM COMBINATION HORN/STROBE FIRE ALARM ANNUNCIATOR PANEL FIRE ALARM CONTROL PANEL CEILING OR WALL MOUNTED DETECTOR = PHOTOELECTRIC GENERATOR OUTLET WITH SPECIAL DEVICE, AS NOTED WALL MOUNTED OUTLET WITH SPECIAL DEVICE, ABOVE CEILING POWER DISTRIBUTION BOX POKE THROUGH, AS NOTED SURFACE RACEWAY, AS NOTED MAGNETIC MOTOR STARTER FLOOR MOUNTED COMBINATION OUTLET BOX, FLOOR MOUNTED POWER BOX, AS NOTED WALL MOUNTED OUTLET BOX JUNCTION BOX, AS NOTED OUTLET BOX CONNECTION TO MOTOR TELE-POWER POLE AS NOTED AS NOTED FIRE ALARM STROBE T TF FIRE ALARM HORN SUBSCRIPTS: MANUAL PULL STATION FIRE ALARM = GROUND FAULT INTERRUPTER = 6" ABOVE COUNTER STRAIGHT BLADE SINGLE RECEPTACLE STRAIGHT BLADE DUPLEX RECEPTACLE STRAIGHT BLADE DOUBLE DUPLEX RECEPT. (FOURPLEX) AC GFI SUBSCRIPTS: POWER VOLT METER TRANSFER SWITCH AMMETER POWER TRANSFORMER KI ZSI ST GFCI = MULTISPEED = SOLID-STATE, REDUCED VOLTAGE = VARIABLE FREQUENCY ARE NOT NECESSARILY USED. NOTE: ALL SYMBOLS SHOWN ON LEGEND CIRCUIT BREAKER, MOLDED-CASE, THERMAL-MAGNETIC FIXED MAGNETIC MOTOR STARTER GROUND CONNECTION AS NOTED FUSES SUBSCRIPTS: VF MS SSRV SUBSCRIPTS: SCHEMATIC WIRING GRAPHICS DISCONNECT SWITCH METER P = COMBINATION PHOTOELECTRIC AND THERMAL = COMPENSATION, 190°F PT TF190° - TRANSIENT VOLTAGE SURGE SUPPRESSORTVSS SPD - SURGE PROTECTIVE DEVICE CEILING OR WALL MOUNTED EXIT SIGN BOLLARD RECESS MOUNTED LUMINAIRE SURFACE MOUNTED RECTALINEAR LUMINAIRE STRIP LUMINAIRE TRACK LIGHT DIRECTIONAL ACCENT OR WALL-WASH LUMINAIRE RECESSED DOWNLIGHT LIGHTING WALL MOUNTED LUMINAIRE SURFACE MOUNTED NON-LINEAR LUMINAIRE WALL MOUNTED LINEAR LUMINAIRE SHADING INDICATES EMERGENCY LUMINAIRE RECESS MOUNTED DIRECTIONAL LUMINAIRE STEP LIGHT OR RECESSED WALL LUMINAIRE SURFACE MOUNTED LUMINAIRE HIDDEN UNDER COVE, CABINET, ETC. PENDANT MOUNTED LINEAR LUMINAIRE NON-LINEAR PENDANT LUMINAIRE LANDSCAPE LUMINAIRE TAPE LIGHT 1. VERIFY ALL FIRE ALARM SYSTEM REQUIREMENTS. PROVIDE BATTERY AND CIRCUIT LOAD CALCULATIONS AS REQUIRED. COMPLETE THE FIRE ALARM PROGRAMMING, UPDATE RELATED GRAPHIC DISPLAYS, AND THEN TEST CIRCUITS AT THE END OF THE PROJECT. 2. ALL STROBES AND HORN/STROBES SHALL BE SYNCHRONIZED PER NFPA AND LOCAL REQUIREMENTS. 3. THE CONTRACTOR SHALL OBTAIN A STATE REGISTERED ENGINEER TO REVIEW, SEAL, AND SIGN SHOP DRAWINGS FOR PLAN REVIEW SUBMISSION. THE ENGINEER OF RECORD FOR THESE DRAWINGS SHALL NOT SEAL THE FIRE ALARM SHOP DRAWINGS. NOTATIONS UPPER CASE LETTER AT LUMINAIRES (F1, , ETC.) INDICATES LUMINAIRE TYPE. = TYPE F1 LUMINAIRES IN AREA INDICATED. SHADING WITHIN LUMINAIRE DENOTES PLUS (+) SIGN WITH DIMENSION AT OUTLET INDICATES HEIGHT ABOVE FINISHED FLOOR OR GRADE TO CENTERLINE OF OUTLET. 2 - 3 - 1 - 1 F1 UNIT ON EMERGENCY POWER. WALL-MOUNTED LINE VOLTAGE SWITCH SWITCH SUBSCRIPTS: LIGHTING CONTROLS: CORNER OR CEILING MOUNTED OCCUPANCY = KEY-OPERATED = DIMMERD K = 3-WAY = 4-WAY 3 4 WALL-MOUNTED LOW-VOLTAGE CONTROL, LOW VOLTAGE CONTROL SUBSCRIPTS: = WITH PHOTOCELL = DUAL-TECH OCCUPANCY SENSOR P = PIR OCCUPANCY SENSOR1 2 PUSH-BUTTON OR KEYPAD SENSOR OR DAYLIGHT SENSOR AS LOWER CASE LETTER INDICATES CONNECTION BETWEEN LUMINAIRE AND CONTROL DEVICE a = 0 - 10 V DIMMERD = ELV DIMMERED - SET TO VACANCY MODE, UNO - SET TO VACANCY MODE, UNO P DESIGNATED BELOW, UNO: = DUAL-TECH OCCUPANCY SENSOR = PIR OCCUPANCY SENSOR1 D - SET TO VACANCY MODE, UNO - SET TO VACANCY MODE, UNO LV - LOW VOLTAGE ABBREVIATIONS GENERAL NOTES (FOR ALL ELECTRICAL SHEETS)ELECTRICAL LEGEND GENERAL NOTES-FIRE ALARM SYSTEMS CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 3 : 3 8 A M E0.0 2016.01.0223 ELECTRICAL LEGEND SHEET AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 03/16/2019 F D SB 600 SB L3- 2 L3- 2 L3- 2 L3- 2 L3- 2 L3- 2 L3- 2 L3- 2 L3- 2 L1- 2 L1- 2 L1- 2 L1- 2 L1- 2 L1- 2 L1- 2 L1- 2 L1- 2 L1- 2 SC L3- 4EM-26 602 SB SC SC SC SC 603 603 603 202 TYP TYP TYP CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 3 : 4 2 A M E1.0 2016.01.0223 ELECTRICAL SITE PLAN AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O 1" = 20'-0"1 ELECTRICAL SITE PLAN ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 FLAG NOTES (THIS SHEET) 202 PROVIDE FOUR-(4) 4" SERVICE ENTRANCE CONDUITS WITH PULL WIRES FOR TELEPHONE, DATA, AND CATV AS NEEDED FROM THE TELECOM/DATA ROOM TO THE NEAREST UTILITY PEDESTAL OR MANHOLE AS DIRECTED BY VENDOR. COORDINATE AND VERIFY EXACT ROUTING OF CONDUIT AND LOCATION OF PEDESTAL OR MANHOLE PRIOR TO INSTALLATION. 600 SEE SHEET E3.1 FOR ELECTRIC SERVICE DETAILS. 602 PHOTOVOLTAIC SYSTEM TO BE DESIGNED BY OTHERS. 603 REFER TO LANDSCAPE DRAWINGS FOR BOLLARD MOUNTING DETAILS. 03/16/2019 D D DD D 2 D D 3 3 2 A 11 ELECTRICAL 003 C D E F D LB 12 13 G H I X 1 2 P8 P7 C 104 X STAIR S001 EXISTING PARKING GARAGE P1 ELEVATOR 000 X X C C C C C C C DATA CENTER 004 STORAGE 002 VESTIBULE 001 STORAGE 006 MECHANICAL 005 LB- 1 EM- 1 LB- 1 LB- 1 LB- 1 LB- 1 LB- 1 LB- 1 EM- 1 LB- 1 EM- 1 LB- 1 EM- 1 LB- 1 EM- 1 LB- 1 LB- 1 LB- 1 EM- 1 EM- 1 EM- 1 EM- 1 EM- 1 EM- 1 EM- 1 EM- 1 LB- 2 EM- 1 EM- 1 EM- 1 EM- 1 EM- 1 EM- 1 EM- 1 LB- 2 LB- 2 LB- 2 EM- 1 LB- 2 LB- 2 LB- 2 EM- 1 LB- 2 EM- 1 LB- 1 EM- 1 LB- 1 EM- 1 LB- 1 LB- 1 LB- 1LB- 1LB- 1LB- 1LB- 1LB- 1LB- 1 EM- 1 LB- 1 EM- 1 LB- 1 X EM SB MB 105 X X 107 108 X X XX LB- 1 109 X X LB- 1 X 110 EM- 28 EM- 28 EM- 28 EM- 28 107 PUMP ROOM 008 X GENERATOR 007 C 105111 ATS-EM ATS-SB EM- 25 EM- 25EM- 25 EM- 25 112 CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 3 : 4 4 A M E2.0 2016.01.0223 GALENA BASEMENT LEVEL LIGHTING PLAN AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O GENERAL NOTES (LIGHTING) A CIRCUIT EXIT SIGNS AND SENSING LEADS AHEAD OF LOCAL CONTROLS. B ALL FIXTURES SHOWN SHADED SHALL BE POWERED FROM THE LIFE SAFETY BRANCH OF THE GENERATOR AND BE CONNECTED TO THE LOCAL SWITCHLEG OR SENSOR THROUGH A UL924-RATED DEVICE. C LIGHTING SYSTEM WILL HAVE LIGHTING CONTROLS TO MEET ALL ENERGY CODE REQUIREMENTS. CODE-REQUIRED LIGHT REDUCTION WILL BE DONE WITH STANDARD 0-10V LED DIMMING. IN ADDITION TO CODE LEVEL CONTROLS, ALL PRIVATE OFFICES WILL HAVE OCCUPANCY SENSORS. SET TO VACANCY MODE. SEE LIGHTING CONTROL MATRIX SHEET E6.0 FOR MORE INFORMATION. D ALL DRAWINGS ARE DIAGRAMMATICAL ONLY. SYMBOLS ARE NOT NECESSARILY TO SCALE. USE ARCHITECTURAL PLANS FOR DIMENSIONS. IF THESE DRAWINGS DIFFER SUBSTANTIALLY FROM ARCHITECTURAL DRAWINGS, NOTIFY ARCHITECT IMMEDIATELY FOR A RESOLUTION. E OCCUPANCY SENSOR PLACEMENT IS DIAGRAMMATICAL ONLY. FOLLOW MANUFACTURER'S PLACEMENT RECOMMENDATIONS FOR PLACEMENT AND AIMING FOR FULL COVERAGE OF OCCUPANCY. F ALL EXIT SIGNS ARE TO BE CONNECTED TO LOCAL EM CIRCUIT AHEAD OF LOCAL SWITCHING. FLAG NOTES (THIS SHEET) 104 REFER TO SHEET E5.0 FOR LIGHTING IN ELEVATOR PIT AND HOISTWAY. 105 ALL FIXTURES IN THIS ROOM TO RECEIVE BATTERY PACKS. 107 COORDINATE FIXTURE LOCATIONS WITH MECHANICAL DUCT WORK. 108 COORDINATE EXIT SIGN VISIBILITY WITH MECHANICAL DUCT WORK. 109 COORDINATE EXIT SIGN VISIBILITY WITH STORAGE SHELVING. 110 MOUNT STRIP FIXTURES AS HIGH AS UNIFORMLY POSSIBLE. 111 COORDINATE STRIP FIXTURES WITH GENERATOR, INTAKE AND EXHAUST IN THIS ROOM. 112 CIRCUIT STAIRWELL FIXTURES WITH ABOVE. 1/8" = 1'-0"1 GALENA BASEMENT LEVEL LIGHTING PLAN ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 03/16/2019 1 2 3 4 5 6 7 8 9 10 11 12 1314 15 16 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 33 34 35 36 37 3839 4041 42434445 464748 49 50 51 52 5354 55 56 57 58 59 60 61 62 63 64 65 6667 1 2 3 4 Doors to electric room must be equipped with panic hardware per NEC 110.26(C)(3). Provide egress door on each end of elec. room or demonstrate compliance with exceptions D D D D D D D D D D D D D D P D A 11 C D D.5 D.5 E 33 F B11B11 C F D SA SA SA SA SA SA 12 13 G H I SA X X X 1 2 P8 P7 C J C B23 MENS 102 WOMENS 103 STAIR S001 VEST 107 TRASH 108 ELEC 106 100 C LCP M1 L1 103 AA A LOBBY 101 LOBBY 101 B6 B6 106 106 L1- 1 L1- 1 C C L1- 1 L1- 1 L1- 1 L1- 1 L1- 1 L1- 1 EM- 9 L1- 1 L1- 1 L1- 1 L1- 1 L1- 1 EM- 9 L1- 1L1- 1 L1- 1 L1- 1 EM- 25 EM- 25 EM- 7 EM- 7 EM- 7 EM- 7 EM- 7EM- 7EM- 7 EM- 7EM- 7EM- 7EM- 7 EM- 7 EM- 7 EM- 7EM- 7 EM- 9 EM- 9 EM- 9 EM- 9 EM- 9 EM- 9 EM- 9 EM- 9 EM- 9 EM- 9 L1- 1 L1- 1 104 C 104 SD EM- 9 L1- 4 L1- 4 L1- 4 EM- 9 L1- 4 L1- 4 L1- 4 EM- 9 L1- 4 L1- 4 L1- 4 EM- 9 L1- 4 L1- 4 L1- 4 EM- 9 L1- 4 EM- 25 EM- 25 X TYP OF 10 100 J TYP OF 13 EM- 27 EM- 27 112 112 113 CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 3 : 4 7 A M E2.1 2016.01.0223 GALENA MAIN LEVEL LIGHTING PLAN AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O GENERAL NOTES (LIGHTING) A CIRCUIT EXIT SIGNS AND SENSING LEADS AHEAD OF LOCAL CONTROLS. B ALL FIXTURES SHOWN SHADED SHALL BE POWERED FROM THE LIFE SAFETY BRANCH OF THE GENERATOR AND BE CONNECTED TO THE LOCAL SWITCHLEG OR SENSOR THROUGH A UL924-RATED DEVICE. C LIGHTING SYSTEM WILL HAVE LIGHTING CONTROLS TO MEET ALL ENERGY CODE REQUIREMENTS. CODE-REQUIRED LIGHT REDUCTION WILL BE DONE WITH STANDARD 0-10V LED DIMMING. IN ADDITION TO CODE LEVEL CONTROLS, ALL PRIVATE OFFICES WILL HAVE OCCUPANCY SENSORS. SET TO VACANCY MODE. SEE LIGHTING CONTROL MATRIX SHEET E6.0 FOR MORE INFORMATION. D ALL DRAWINGS ARE DIAGRAMMATICAL ONLY. SYMBOLS ARE NOT NECESSARILY TO SCALE. USE ARCHITECTURAL PLANS FOR DIMENSIONS. IF THESE DRAWINGS DIFFER SUBSTANTIALLY FROM ARCHITECTURAL DRAWINGS, NOTIFY ARCHITECT IMMEDIATELY FOR A RESOLUTION. E OCCUPANCY SENSOR PLACEMENT IS DIAGRAMMATICAL ONLY. FOLLOW MANUFACTURER'S PLACEMENT RECOMMENDATIONS FOR PLACEMENT AND AIMING FOR FULL COVERAGE OF OCCUPANCY. F ALL EXIT SIGNS ARE TO BE CONNECTED TO LOCAL EM CIRCUIT AHEAD OF LOCAL SWITCHING. FLAG NOTES (THIS SHEET) 100 PROVIDE TAPE LED LIGHT TYPE J ALONG THE WIDTH OF EACH STEP. ALL THREE LEVELS. REMOTE DRIVERS TO BE FIELD LOCATED. RUN SWITCH LEG BACK TO ELECTRICAL ROOM FOR FUTURE CONTROLS. 103 MULTI-BUTTON. CONNECT TO ALL STUMBLE LIGHTING (TYPE C). 104 REFER TO SHEET E5.0 FOR LIGHTING IN ELEVATOR PIT AND HOISTWAY. 106 REFER TO A6.4 FOR MOUNTING DETAILS. (2) B6 FIXTURES MOUNTED BEHIND MIRROR. 112 CIRCUIT STAIRWELL FIXTURES WITH ABOVE. 113 LIGHTING CONTROL PANEL WITH ASTRONOMICAL TIME CLOCK AND UL924 DEVICES AS REQUIRED. 1/8" = 1'-0"1 GALENA MAIN LEVEL LIGHTING PLAN ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 03/16/2019 68 69 70 71 72 73 74 75 76 77 78 79 80 81 82 83 84 85 86 87 10 11 12 13 1 2 3 4 5 6 7 8 1 2 23 ' - 0 " 5' - 1 0 " 11 ' - 0 " 11 ' - 1 " 5' - 8 " 3 4 5 6 122 DD D D D D D D D D D D 11 C D SA J 12 13 G H I 1 2 P8 P7 C B23 STAIR S001 CORRIDOR 207 ELEVATOR 000 WOMENS 203 MENS 202 TD 204 JANITOR 205 ELEC 206 ELEVATOR 000 B11B11 C C AA M2 L2 A 103 104 112 SAX B6 B6 106 106 L2- 1 L2- 1 OFFICE 209 L2- 1 L2- 1 L2- 1 L2- 1 L2- 1 L2- 1 EM- 13EM- 13 L2- 1 L2- 1 EM- 25 EM- 25 EM- 13 EM- 13 EM- 13 EM- 13 EM- 13 EM- 13 EM- 13 EM- 13 EM- 13 EM- 13 L2- 1 L2- 1 L2- 1L2- 1 EM- 13 EM- 13 EM- 13EM- 13EM- 13EM- 13 C EM- 13 EM- 13 EM- 13 X X X X X 104 EM- 25 EM- 25 EM- 25 J 100 TYP OF 10 100 J TYP OF 13 EM- 27 EM- 27 112 CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 3 : 4 9 A M E2.2 2016.01.0223 GALENA MIDDLE LEVEL LIGHTING PLAN AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O GENERAL NOTES (LIGHTING) A CIRCUIT EXIT SIGNS AND SENSING LEADS AHEAD OF LOCAL CONTROLS. B ALL FIXTURES SHOWN SHADED SHALL BE POWERED FROM THE LIFE SAFETY BRANCH OF THE GENERATOR AND BE CONNECTED TO THE LOCAL SWITCHLEG OR SENSOR THROUGH A UL924-RATED DEVICE. C LIGHTING SYSTEM WILL HAVE LIGHTING CONTROLS TO MEET ALL ENERGY CODE REQUIREMENTS. CODE-REQUIRED LIGHT REDUCTION WILL BE DONE WITH STANDARD 0-10V LED DIMMING. IN ADDITION TO CODE LEVEL CONTROLS, ALL PRIVATE OFFICES WILL HAVE OCCUPANCY SENSORS. SET TO VACANCY MODE. SEE LIGHTING CONTROL MATRIX SHEET E6.0 FOR MORE INFORMATION. D ALL DRAWINGS ARE DIAGRAMMATICAL ONLY. SYMBOLS ARE NOT NECESSARILY TO SCALE. USE ARCHITECTURAL PLANS FOR DIMENSIONS. IF THESE DRAWINGS DIFFER SUBSTANTIALLY FROM ARCHITECTURAL DRAWINGS, NOTIFY ARCHITECT IMMEDIATELY FOR A RESOLUTION. E OCCUPANCY SENSOR PLACEMENT IS DIAGRAMMATICAL ONLY. FOLLOW MANUFACTURER'S PLACEMENT RECOMMENDATIONS FOR PLACEMENT AND AIMING FOR FULL COVERAGE OF OCCUPANCY. F ALL EXIT SIGNS ARE TO BE CONNECTED TO LOCAL EM CIRCUIT AHEAD OF LOCAL SWITCHING. FLAG NOTES (THIS SHEET) 100 PROVIDE TAPE LED LIGHT TYPE J ALONG THE WIDTH OF EACH STEP. ALL THREE LEVELS. REMOTE DRIVERS TO BE FIELD LOCATED. RUN SWITCH LEG BACK TO ELECTRICAL ROOM FOR FUTURE CONTROLS. 103 MULTI-BUTTON. CONNECT TO ALL STUMBLE LIGHTING (TYPE C). 104 REFER TO SHEET E5.0 FOR LIGHTING IN ELEVATOR PIT AND HOISTWAY. 106 REFER TO A6.4 FOR MOUNTING DETAILS. (2) B6 FIXTURES MOUNTED BEHIND MIRROR. 112 CIRCUIT STAIRWELL FIXTURES WITH ABOVE. 1/8" = 1'-0"1 GALENA MIDDLE LEVEL LIGHTING PLAN ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 03/16/2019 88 89 90 91 92 93 94 95 9697 5 6 78 9 98 99 100 101102 103 3 4 104 105 9 1011 12 13 1415 16 17 106 22 ' - 1 1 " 6' - 0 " 6' - 0 " 11 ' - 1 " 11 ' - 0 " D DD D D D D D D D A 11 C D E F SA SA SA SA F SA SA SA SA 12 13 X X X X X X 1 2 P8 P7 Q C B23 L3 M3 101 MEETING ROOM 309 VEST 307 MEETING ROOM 310 ELEC 306 WOMENS 303 MENS 302 JANITOR 305 TD 304 ELEVATOR 000 B11B11 C C AA A 103 104 CC C X X B6 B6 106 106 L3- 1 L3- 1 C EM- 21 L3- 2 L3- 2 EM- 21 EM- 19 EM- 19 EM- 19 EM- 19 EM- 19 EM- 19 EM- 19 L3- 1 EM- 21 EM- 19 L3- 1 L3- 1 L3- 1 L3- 1 EM- 19 L3- 1L3- 1 EM- 19 L3- 1 L3- 1 L3- 1 L3- 1 L3- 1 EM- 21 L3- 2 EM- 19 EM- 19 EM- 19 EM- 19 EM- 19 L3- 2 EM- 19 A 900 X X A A L3- 1 L3- 1 L3- 1 L3- 1 CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 3 : 5 2 A M E2.3 2016.01.0223 GALENA UPPER LEVEL LIGHTING PLAN AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O GENERAL NOTES (LIGHTING) A CIRCUIT EXIT SIGNS AND SENSING LEADS AHEAD OF LOCAL CONTROLS. B ALL FIXTURES SHOWN SHADED SHALL BE POWERED FROM THE LIFE SAFETY BRANCH OF THE GENERATOR AND BE CONNECTED TO THE LOCAL SWITCHLEG OR SENSOR THROUGH A UL924-RATED DEVICE. C LIGHTING SYSTEM WILL HAVE LIGHTING CONTROLS TO MEET ALL ENERGY CODE REQUIREMENTS. CODE-REQUIRED LIGHT REDUCTION WILL BE DONE WITH STANDARD 0-10V LED DIMMING. IN ADDITION TO CODE LEVEL CONTROLS, ALL PRIVATE OFFICES WILL HAVE OCCUPANCY SENSORS. SET TO VACANCY MODE. SEE LIGHTING CONTROL MATRIX SHEET E6.0 FOR MORE INFORMATION. D ALL DRAWINGS ARE DIAGRAMMATICAL ONLY. SYMBOLS ARE NOT NECESSARILY TO SCALE. USE ARCHITECTURAL PLANS FOR DIMENSIONS. IF THESE DRAWINGS DIFFER SUBSTANTIALLY FROM ARCHITECTURAL DRAWINGS, NOTIFY ARCHITECT IMMEDIATELY FOR A RESOLUTION. E OCCUPANCY SENSOR PLACEMENT IS DIAGRAMMATICAL ONLY. FOLLOW MANUFACTURER'S PLACEMENT RECOMMENDATIONS FOR PLACEMENT AND AIMING FOR FULL COVERAGE OF OCCUPANCY. F ALL EXIT SIGNS ARE TO BE CONNECTED TO LOCAL EM CIRCUIT AHEAD OF LOCAL SWITCHING. FLAG NOTES (THIS SHEET) 101 NINE-HEAD, 35' TALL LUMINAIRE. COORDINATE STRUCTURAL REQUIREMENTS WITH STRUCTURAL DESIGN. SWITCH TO BE LOCATED IN ELECTRICAL ROOM ON MAIN LEVEL THROUGH TIME CLOCK CONTROL. SEE LIGHTING CONTROL MATRIX SHEET E6.0 FOR MORE DETAILS. 103 MULTI-BUTTON. CONNECT TO ALL STUMBLE LIGHTING (TYPE C). 104 REFER TO SHEET E5.0 FOR LIGHTING IN ELEVATOR PIT AND HOISTWAY. 106 REFER TO A6.4 FOR MOUNTING DETAILS. (2) B6 FIXTURES MOUNTED BEHIND MIRROR. 900 ELECTRICAL INSTALLATION IN THIS AREA MUST CONFORM TO NEC ARTICLE 518. 1/8" = 1'-0"1 GALENA UPPER LEVEL LIGHTING PLAN ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 03/16/2019 107 108 109 110 111 112 113 114 115 116 117 118 119 120 121 18 19 20 21 2223 24 25 26 27 28 1 2 29 22 ' - 7 " 5' - 1 0 " 10 ' - 1 0 " 5' - 8 " 11 ' - 2 " F F F P F P F P FACP F F F F F J F J SPD F F N MT F M M T F D F D F DFD J F MJ M T M T F F F M M M M T M T N N N F F F J M J M J M M M F F J F F F F M M MM M M T T M M F F J F F F F T T T F D F D J F F M A C D E MSB LB GFI GFI GFI GFI 209 G H I 1 2 P8 P7 E-1 E-280 KW NATURAL GAS GENSET 203 200 201201 601 EM SB 202 EXISTING GARAGE NOT IN SCOPE OF WORK MB MECHANICAL 005 ELECTRICAL 003 STORAGE 006STORAGE 002 VESTIBULE 001 DATA CENTER 004 GFI GFI GFI GFI GFI GFI E-1 E-2 ELEVATOR 000 E-3 LB-9 LB-9 LB-9 LB-9 SB-1 LB-9 LB-9 LB-10 SB-1 SB-1 LB-8 LB-8 LB-7 LB-8 LB-9 LB-10 LB-11 LB-12 LB-12SB-2 MSB-32,34,36 SB-3 MSB-31,33,35 WH-1 MB-37,39,41 MB-1 RCP-1 MB-2,4,6 SP-3 SP-1 MB-3 SB-4 TCP PANEL MSB-56,58,60 AHU-1 MB-7 CP-1 MB-11 CP-3 MB-9 UH-1 WWHP-1WWHP-2 WWHP-3 MSB-50,52,54 MSB-49,51,53 MSB-55,57,59 MB-9 GF-2 EM-2 EM-2 EM-2 EM-2 B-1 BP-1 B-2 BP-2 B-3 BP-3 MSB-37,39,41 MB-8,10,12 MSB-38,40,42 MB-13,15,17 MSB-43,45,47 MB-14,16,18 MB-19,21,23 MB-20,22,24 HWP-3 HWP-4 MB-5 UH-3 EF-2 GWP-1 GWP-2 CWP-2 CWP-1 MB-32,34,36 MB-31,33,35 MB-26,28,30MB-25,27,29 MB-43 MB-43 LB-13 LB-13 PUMP ROOM 008 214 208 LB-12 GENERATOR 007 ATS-SB ATS-EM BATTERY CHARGER LB-15,17 JACKET HEATER RETURN SUPPLY 215 303 EM-30 216 216 HEAT TRACE LB-19 MB-38,40,42 MB-44,46,48 HWP-1 HWP-2 WATER ENTRY 217 CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 3 : 5 3 A M E3.0 2016.01.0223 GALENA BASEMENT LEVEL ELECTRICAL PLAN PLAN AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O FLAG NOTES (THIS SHEET) 200 COA TRANSFORMER WITH PRECAST VAULT. 201 ROUTE (9)3-1/2"C (ONE SPARE) SERVICE CONDUITS UNDERGROUND AND STUB INTO BASEMENT LEVEL MAIN ELECTRICAL ROOM 005. STUB-DOWN INTO SWITCHBOARD AS REQUIRED. CONDUITS SHALL BE ROUTED A MINIMUM OF 36" ABOVE OR BELOW SANITARY AND STORM SEWER LINES. COORDINATE CONDUIT ROUTING. 202 PROVIDE FOUR-(4) 4" SERVICE ENTRANCE CONDUITS WITH PULL WIRES FOR TELEPHONE, DATA, AND CATV AS NEEDED FROM THE TELECOM/DATA ROOM TO THE NEAREST UTILITY PEDESTAL OR MANHOLE AS DIRECTED BY VENDOR. COORDINATE AND VERIFY EXACT ROUTING OF CONDUIT AND LOCATION OF PEDESTAL OR MANHOLE PRIOR TO INSTALLATION. 203 NEMA 3R SERVICE ENTRY AND HOT SEQUENCE CT'S PROVIDED BY ELECTRICAL CONTRACTOR. METER SHALL BE FURNISHED BY COA AND INSTALLED BY THE ELECTRICAL CONTRACTOR. 208 REFER TO ELEVATOR DETAILS ON SHEET E5.0 FOR ADDITIONAL INFORMATION. 209 DATA CENTER POWER, GROUNDING, AND COOLING REQUIREMENTS ARE UNKNOWN AT THIS TIME. TO BE DETERMINED DURING DATA CENTER BUILD OUT. 214 FIRE ALARM CONTROL PANEL. CIRCUIT TO EM-25. PROVIDE (2) PHONE LINES TO CONTROL PANEL. 215 COORDINATE LOCATION OF MAIN SWITCHBOARD WITH MECHANICAL MAIN DUCT WORK. COORDINATE WITH MECHANICAL TO MAINTAIN 6' CLEARANCE ABOVE ELECTRICAL EQUIPMENT. 216 EPO SWITCH TO TRIP BOILER SHUNT TRIP BREAKERS. 217 HEAT TRACE PROVIDED BY MECHANICAL CONTRACTOR. PROVIDE FINAL CONNECTION AND THERMAL OVERLOAD SWITCH. CONTROLLER BY MECHANICAL. 303 DATA CENTER TO BE PROTECTED BY CHEMICAL AGENT. PROVIDE INTERFACE BETWEEN CHEMICAL AGENT AND FIRE ALARM. COORDINATE EXACT POWER REQUIREMENTS WITH FIRE PROTECTION CONTRACTOR PRIOR TO ROUGH-IN. 601 COA TRANSFORMER AND SERVICE ENTRY LOCATED ABOVE ON GRADE. GENERAL NOTES (POWER) A REFER TO ELECTRICAL SCHEDULES ON SHEET E6.0 FOR EQUIPMENT CONNECTION SCHEDULE AND MECHANICAL EQUIPMENT SCHEDULE. B REFER TO SECURITY PLAN FOR DEVICE LOCATIONS. COORDINATE WITH SECURITY CONTRACTOR FOR ROUGH-IN REQUIREMENTS. C PROVIDE 4" CONCRETE PADS FOR ALL FLOOR AND GROUND MOUNTED ELECTRICAL EQUIPMENT. D PROVIDE THREE, 3" CONDUITS FROM THE MAIN DATA ROOM LOCATED ON THE GROUND LEVEL TO THE SECOND AND THIRD FLOOR DATA ROOM. E REFER TO MECHANICAL DRAWINGS FOR EQUIPMENT LOCATION AND SPECIFICATIONS. 1/8" = 1'-0"1 GALENA BASEMENT LEVEL ELECTRICAL PLAN ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 03/16/2019 J J F F F F P FAAP F F F F F F F F F M T F D F DFD F D F D F D M M T T M T M T M T M T M T M T M T J A 11 C D D.5 E 3 F WP GFI WP GFI WP GFI WP GFI WP GFI WP GFI WP GFI WP GFI TRASH 108 203 200 201 12 13 G H I GFI GFI E-3 E-3 1 2 P8 P7 208 LOBBY 101 STAIR S001 VEST 107 ELEVATOR 000 WOMENS 103 ELEC 106 JANITOR 105 TD 104 ELEVATOR 000 L1 LCP M1 EWC GFI AC, GFIAC, GFIWP GFI WP GFI L1-16 L1-16 L1-15 L1-15 L1-15 L1-9 L1-14 L1-18 L1-18 L1-17 L1-17 L1-8 L1-12 L1-8 L1-7 L1-7 L1-9 L1-9 L1-10 L1-11 L1-10 L1-10L1-10 L1-13 SP-2 M1-1 UH-2 EF-4 M1-2 M1-2 FPVAV-1 M1-3 CUH-2 M1-4 CUH-3 M1-4 CUH-7 M1-4 FPVAV-3 M1-5 FPVAV-2 M1-6 CUH-4 M1-7 EM-8 EM-8 EM-8 EM-8EM-8 EM-8 MENS 102 213 L1-12 CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 3 : 5 5 A M E3.1 2016.01.0223 GALENA MAIN LEVEL ELECTRICAL PLAN AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O FLAG NOTES (THIS SHEET) 200 COA TRANSFORMER WITH PRECAST VAULT. 201 ROUTE (9)3-1/2"C (ONE SPARE) SERVICE CONDUITS UNDERGROUND AND STUB INTO BASEMENT LEVEL MAIN ELECTRICAL ROOM 005. STUB-DOWN INTO SWITCHBOARD AS REQUIRED. CONDUITS SHALL BE ROUTED A MINIMUM OF 36" ABOVE OR BELOW SANITARY AND STORM SEWER LINES. COORDINATE CONDUIT ROUTING. 203 NEMA 3R SERVICE ENTRY AND HOT SEQUENCE CT'S PROVIDED BY ELECTRICAL CONTRACTOR. METER SHALL BE FURNISHED BY COA AND INSTALLED BY THE ELECTRICAL CONTRACTOR. 208 REFER TO ELEVATOR DETAILS ON SHEET E5.0 FOR ADDITIONAL INFORMATION. 213 PROVIDE JUNCTION BOX AND CONDUIT TO THIS LOCATION FROM PANEL 'SB'. POWER REQUIREMENTS TO BE DETERMINED DURING TI DESIGN. GENERAL NOTES (POWER) A REFER TO ELECTRICAL SCHEDULES ON SHEET E6.0 FOR EQUIPMENT CONNECTION SCHEDULE AND MECHANICAL EQUIPMENT SCHEDULE. B REFER TO SECURITY PLAN FOR DEVICE LOCATIONS. COORDINATE WITH SECURITY CONTRACTOR FOR ROUGH-IN REQUIREMENTS. C PROVIDE 4" CONCRETE PADS FOR ALL FLOOR AND GROUND MOUNTED ELECTRICAL EQUIPMENT. D PROVIDE THREE, 3" CONDUITS FROM THE MAIN DATA ROOM LOCATED ON THE GROUND LEVEL TO THE SECOND AND THIRD FLOOR DATA ROOM. E REFER TO MECHANICAL DRAWINGS FOR EQUIPMENT LOCATION AND SPECIFICATIONS. 1/8" = 1'-0"1 GALENA MAIN LEVEL ELECTRICAL PLAN ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 03/16/2019 Provide in-use covers to exterior receptacles. DN F F F P F F F F F F F F J J J J F D F D F D F D F D F DM M TT M T M T M T F F J A 11 C 12 13 G H I 1 2 P8 P7 STAIR S001 CORRIDOR 207 ELEVATOR 000 WOMENS 203 MENS 202 TD 204 JANITOR 205 ELEC 206 ELEVATOR 000 EWC AC, GFI AC, GFI GFI L2 M2 EWC OFFICE 209 L2-8 L2-7 L2-7 L2-7 L2-7 L2-9 L2-10 L2-10 L2-14 E-3L2-11 L2-13 E-3 E-3 L2-12 L2-12 E-3 L2-12 FPVAV-6 CUH-8 CUH-9 FPVAV-5 FPVAV-4 M2-3 M2-4 M2-4 M2-2 M2-1 EM-14 EM-14 EM-14 EM-14 EM-14 EM-14 213 CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 3 : 5 8 A M E3.2 2016.01.0223 GALENA MIDDLE LEVEL ELECTRICAL PLAN AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O FLAG NOTES (THIS SHEET) 213 PROVIDE JUNCTION BOX AND CONDUIT TO THIS LOCATION FROM PANEL 'SB'. POWER REQUIREMENTS TO BE DETERMINED DURING TI DESIGN. GENERAL NOTES (POWER) A REFER TO ELECTRICAL SCHEDULES ON SHEET E6.0 FOR EQUIPMENT CONNECTION SCHEDULE AND MECHANICAL EQUIPMENT SCHEDULE. B REFER TO SECURITY PLAN FOR DEVICE LOCATIONS. COORDINATE WITH SECURITY CONTRACTOR FOR ROUGH-IN REQUIREMENTS. C PROVIDE 4" CONCRETE PADS FOR ALL FLOOR AND GROUND MOUNTED ELECTRICAL EQUIPMENT. D PROVIDE THREE, 3" CONDUITS FROM THE MAIN DATA ROOM LOCATED ON THE GROUND LEVEL TO THE SECOND AND THIRD FLOOR DATA ROOM. E REFER TO MECHANICAL DRAWINGS FOR EQUIPMENT LOCATION AND SPECIFICATIONS. 1/8" = 1'-0"1 GALENA MIDDLE LEVEL ELECTRICAL PLAN ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 03/16/2019 F P F F F F F F F F F F F J J J J T M F D F D F D M M M M M T T T T T J F F A 11 ELEVATOR 000 D E F AC, GFIAC, GFI WP GFI WP GFI WP GFI MEETING ROOM 309 12 13 TD 304 MENS 302 JANITOR 305 VEST 307 1 2 P8 P7 WOMENS 303 ELEC 306 OFFICE 308 MEETING ROOM 310 LOBBY 301 EWC GFIL3 M3 WP PV WP GFI WP GFI L3-8 E-3 L3-16 L3-7 L3-8 L3-16 L3-11 L3-11 E-3 L3-13 L3-12 E-3 E-3 L3-10 L3-9L3-9 L3-9L3-9 L3-15 L3-14 L3-12 L3-12 M3-1 EF-3 M3-4 M3-2 M3-2 M3-3 M3-2 FPVAV-7 CUH-10 CUH-11 FPVAV-8 CUH-12 EM-20 EM-20 EM-20 900 213 WP WP CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 4 : 0 0 A M E3.3 2016.01.0223 GALENA UPPER LEVEL ELECTRICAL PLAN AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O FLAG NOTES (THIS SHEET) 213 PROVIDE JUNCTION BOX AND CONDUIT TO THIS LOCATION FROM PANEL 'SB'. POWER REQUIREMENTS TO BE DETERMINED DURING TI DESIGN. 900 ELECTRICAL INSTALLATION IN THIS AREA MUST CONFORM TO NEC ARTICLE 518. GENERAL NOTES (POWER) A REFER TO ELECTRICAL SCHEDULES ON SHEET E6.0 FOR EQUIPMENT CONNECTION SCHEDULE AND MECHANICAL EQUIPMENT SCHEDULE. B REFER TO SECURITY PLAN FOR DEVICE LOCATIONS. COORDINATE WITH SECURITY CONTRACTOR FOR ROUGH-IN REQUIREMENTS. C PROVIDE 4" CONCRETE PADS FOR ALL FLOOR AND GROUND MOUNTED ELECTRICAL EQUIPMENT. D PROVIDE THREE, 3" CONDUITS FROM THE MAIN DATA ROOM LOCATED ON THE GROUND LEVEL TO THE SECOND AND THIRD FLOOR DATA ROOM. E REFER TO MECHANICAL DRAWINGS FOR EQUIPMENT LOCATION AND SPECIFICATIONS. 1/8" = 1'-0"1 GALENA UPPER LEVEL ELECTRICAL PLAN ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 03/16/2019 FAULT CURRENT CALCULATIONS Maximum Available Fault Current (IAIC) I SCA = (I AIC x M) Where M = 1 / (1+f), and f = (1.732 x L x I AIC) / (C x n x E) Po i n t Fault Location Le n g t h , f e e t Co n d u c t o r s si z e # c o n d u c t o r s pe r p h a s e Cu (1) Al (2)Co n d u i t Ma g n e t i c ( 1 ) No n m a g n . ( 2 ) Vo l t a g e Ph a s e "C" Value Pr e v i o u s fa u l t v a l u e Fault value U Service Transformer Secondary Winding per CCA 59,100 1 OUTDOOR SERVICE ENTRY 10 500 11 1 2 208 3 26706 59100 58,126 2 MSB 20 500 11 1 2 208 3 26706 58126 56,272 3 PNL LB 20 "3/0" 1 1 1 208 3 12843 56272 32,532 4 PNL MB 40 350 2 1 1 208 3 19703 56272 38,134 5 PNL M1 20 "3/0" 2 1 1 208 3 12843 56272 41,229 6 PNL L1 20 "3/0" 2 1 1 208 3 12843 56272 41,229 7 PNL M2 40 "3/0" 2 1 1 208 3 12843 56272 32,532 8 PNL L2 40 "3/0" 2 1 1 208 3 12843 56272 32,532 9 PNL M3 60 "3/0" 1 1 1 208 3 12843 56272 17,645 10 PNL L3 60 "3/0" 1 1 1 208 3 12843 56272 17,645 11 ELEV 1 - GALENA 60 "2/0"1 1 1 208 3 10755 56272 15,570 12 ELEV 2 - RIO GRANDE 250 "2/0" 1 1 1 208 3 10755 56272 4,732 13 B-1 70 300 3 1 1 208 3 18176 56272 35,136 14 B-2 70 300 3 1 1 208 3 18176 56272 35,136 15 B-3 70 300 3 1 1 208 3 18176 56272 35,136 16 WWHP-3 60 300 1 1 1 208 3 18176 56272 22,095 17 WWHP-2 60 300 1 1 1 208 3 18176 56272 22,095 18 WWHP-1 60 300 1 1 1 208 3 18176 56272 22,095 19 AHU-1 70 250 2 1 1 208 3 16483 56272 28,207 20 ATS-SB 20 4 1 1 1 208 3 3806 56272 16,253 21 PNL SB 50 4 1 1 1 208 3 3806 16253 5,851 22 ATS EM 20 1 1 1 1 208 3 7292 56272 24,624 23 PNL EM 20 1 1 1 1 208 3 7292 24624 15,761 G J J J FEEDER SCHEDULEFEEDER SCHEDULE 600D 800D 1000D 1200D ELEV 45D (3#6+#10G)1"C 400D 450D 500D 350D 300D 175D 225D 250D 200D 110D 90D 125D 150D 100D 80D 60D 70D 50D (3-350KCMIL+#4G)2-1/2"C (3-500KCMIL+#3G)3"C (3-250KCMIL+#4G)2-1/2"C (3#2/0+#6G)2"C (3#4/0+#4G)2"C (3#3/0+#6G)2"C (3#1+#6G)1-1/2"C (3#2+#8G)1-1/4"C (3#1/0+#6G)1-1/2"C (3#1+#6G)1-1/2"C (3#1+#8G)1-1/2"C (3#3+#8G)1-1/4"C (3#4+#10G)1-1/4"C (3#4+#8G)1-1/4"C (3#6+#10G)1"C WIRE AND CONDUIT SIZE - 3∅, 3W 35D 40D 30D (3#8+#10G)3/4"C (3#8+#10G)3/4"C (3#10+#10G)3/4"C (3#1/0+#1/0G)1-1/2"C 4[(3-350KCMIL+#3/0G)3"C] 3[(3-400KCMIL+#2/0G)2-1/2"C] 3[(3-300KCMIL+#1/0G)2-1/2"C] 2[(3-250KCMIL+#2G)2-1/2"C] 2[(3-350KCMIL+#1G)2-1/2"C] 2[(3#4/0+#2G)2"C] 2[(3#3/0+#3G)2"C] 2500Y 3000Y 4000Y 800Y 1000Y 1200Y 1600Y 2000Y 11[(4-500KCMIL+500KCMIL G)4"C] 8[(4-500KCMIL+400KCMIL G)3-1/2"C] 7[(4-500KCMIL+350KCMIL G)3-1/2"C] 6[(4-400KCMIL+250KCMIL G)3"C] 5[(4-400KCMIL+#4/0G)3"C] 4[(4-350KCMIL+#3/0G)3"C] 3[(4-400KCMIL+#2/0G)3"C] 3[(4-300KCMIL+#1/0G)2-1/2"C] 175Y 350Y 400Y 450Y 500Y 600Y 300Y 225Y 250Y 200Y 110Y 125Y 150Y 100Y 90Y 80Y 60Y 70Y 50Y (4#2/0+#6G)2"C 2[(4-250KCMIL+#2G)2-1/2"C] (4-350KCMIL+#4G)3"C (4-500KCMIL+#3G)3"C 2[(4-350KCMIL+#1G)3"C] (4-250KCMIL+#4G)2-1/2"C (4#4/0+#4G)2-1/2"C 2[(4#4/0+#2G)2"C] 2[(4#3/0+#3G)2-1/2"C] (4#3/0+#6G)2"C (4#2+#8G)1-1/4"C (4#1+#6G)1-1/2"C (4#1/0+#6G)2"C (4#1+#6G)1-1/2"C (4#1+#8G)1-1/2"C (4#3+#8G)1-1/4"C (4#4+#10G)1-1/4"C (4#4+#8G)1-1/4"C (4#6+#10G)1"C WIRE AND CONDUIT SIZE - 3∅, 4W 45Y 35Y 40Y 30Y (4#6+#10G)1"C (4#8+#10G)1"C (4#8+#10G)1"C (4#10+#10G)3/4"C 4000U 11[(4-500KCMIL)4"C] MECH REFER TO MECHANICAL SCHEDULE U 1 3 2 10 4 5 6 7 8 9 13 23 24 11 21 22 3 14 17 18 19 2015 M M SP D M EM LIGHTING CIRCUIT EM LIGHTING CIRCUIT EM LIGHTING CIRCUIT MIDDLE LEVEL MAIN LEVEL ROOF BASEMENT LEVEL UPPER LEVEL CITY OF ASPEN ELECTRICAL UTILITY PADMOUNT TRANSFORMER WITH PRECAST TRANSFORMER VAULT BY EC. PER COA REQUIREMENTS 1. PROVIDE A 3" CONDUIT FROM MSB TO THE PROPOSED INVERTER LOCATION FOR FUTURE PV. PROVIDE WITH PULL STRING AND CAP BOTH ENDS FOR CONNECTION TO THE FUTURE PV. PROVIDE 400A SPACE FOR BREAKER TO BE SIZED BASED ON INSTALLED PV REQUIREMENTS. 2. PROVIDE DEMAND METERS, COMPATIBLE WITH METERING SYSTEM, TO MONITOR PANEL AND EQUIPMENT AS NOTED. PROVIDE SIZE AS REQUIRED FOR METERED PANEL. COORDINATE AND VERIFY EXACT TYPE WITH OWNER PRIOR TO ORDERING. 3. REFER TO MECHANICAL SCHEDULE ON E6.0 FOR DISCONNECT REQUIREMENTS. 4. PROVIDE ARC FLASH ENERGY REDUCTION PER NEC 240.87. 5. PROVIDE 80KW NATURAL GAS GENERATOR. DERATE FOR ALTITUDE. A. LOCAL ELECTRICAL UTILITY IS COA (CITY OF ASPEN UTILITY). ELECTRICAL CONTRACTOR TO MEET COA REQUIREMENTS FOR INSTALLATION. B. GENERATOR MUST MEET OR EXCEED THE CALIFORNIA SOUTH COAST AIR QUALITY MANAGEMENT DISTRICT REQUIREMENTS TO ACHIEVE WELL BUILDING POINT. C. PROVIDE BACKFED TYPE BREAKERS WHERE REQUIRED FOR PV SYSTEM. D. ALL PANELS TO INCLUDE INDIVIDUAL CIRCUIT METERING PER TO ACHIEVE LEED DEMAND RESPONSE, 1 POINT AND LEED ADVANCED ENERGY METERING, 1 POINT. eGUAGE OR SIMILAR. 1 ONE-LINE DIAGRAM FLAG NOTES: ONE-LINE DIAGRAM GENERAL NOTES: 2 2 52 3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 M PANEL LB PANEL M1 PANEL L1 PANEL M2 PANEL L2 PANEL M3 PANEL L3 PANEL EM PANEL SB PANEL MB UTILITY PRIMARY 4000U NEMA 3R OUTDOOR SERVICE ENTRY - MSD 4000A, 208Y/120V, 3PH, 4W 4000A 3P 4000Y BASEMENT POWER AND LIGHTING ELEV 200A 3P ELEV MAIN SWITCHBOARD MSB-4000A, 208Y/120V, 3PH, 4W ELEV CONTROLLER N G #4 UFER #3/0 BLDG STEEL AND WATER ENTRY MAIN MECHANICAL 400A 3P 200Y MAIN POWER AND LIGHTING 400A 3P 400Y 400Y MIDDLE MECHANICAL 400A 3P MIDDLE POWER AND LIGHTING 400A 3P 400Y 400Y UPPER MECHANICAL 200A 3P UPPER POWER AND LIGHTING 200A 3P 200Y 200Y 350A 3P 400A SPACE 100A3P ATS 100A3P 100A 3P 100Y 100Y 100Y 60A 3P 60Y 350A 350AF ELEV ELEV ELEV CONTROLLER 350A 3P 350A 350AF 60A 3P ATS 60A3P 60Y 60Y 60A3P 600A 3P 600Y BASEMENT MECHANICAL SPACES: (3) 200A3P (3) 100A3P B-2 WWHP-3 WWHP-2 WWHP-1 AHU-1B-3B-1 60Y MECH MECH MECH MECH MECH MECH MECH ELEV ELEV #6 GROUND ROD CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 4 : 0 0 A M E4.0 2016.01.0223 ELECTRICAL ONE LINE DIAGRAM AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 03/16/2019 CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 4 : 0 1 A M E4.1 2016.01.0223 PANEL SCHEDULES AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O [1] SPACE DEDICATED FOR FUTURE PV SYSTEM. DESIGNED AND PROVIDED BY OTHERS. [2] ALL THREE BOILERS WILL NOT BE IN OPERATION AT THE SAME TIME. [3] PROVIDE SHUNT TRIP BREAKER FOR EPO. Notes: C TO A:1 B TO C:1 Electric Range Large 0 0.00% 0 A TO B:0.99 Electric Range Small 0 0.00% 0 Phase Balance Electric Clothes Dryer 0 0.00% 0 Existing Load 0 0.00% 0 Spare:796.7 Kitchen Equipment 0 0.00% 0 Design:4000 Elevator 0 0.00% 0 Load:3203.3 Heating 476000 100.00% 476000 Amperes Cooling 0 0.00% 0 Equipment 4100 100.00% 4100 Spare:286 Appliance 0 0.00% 0 Demand:1154 Motor 606290 107.18% 649850 Design:1440 Receptacle 12360 90.45% 11180 Connected 1109.1 Lighting 10334 125.00% 12917 KVA Load Classification Connected Load Demand Factor Demand Load Panel Totals L = Lighting; M = Motor; R = Receptacle; RA = Electric Range Phase C: 364570 EX = Existing; H = Heating; KE = Kitchen Equipment; Phase B: 370447 Load Type Abbreviations:A = Appliance; C = Cooling; D = Dryer; E = Equipment; EL = Elevator; Phase A: 374063 -- Space -- -- -- 83 0 0 84 -- -- --Space -- -- Space -- -- -- 81 0 0 82 -- -- --Space -- -- Space -- -- -- 79 0 0 80 -- -- --Space -- -- Space -- -- -- 77 0 0 78 -- -- --Space -- -- Space -- -- -- 75 0 0 76 -- -- --Space -- -- Space -- -- -- 73 0 0 74 -- -- --Space -- -- Space -- -- -- 71 0 0 72 -- -- --Space -- -- Space -- -- -- 69 0 0 70 -- -- --Space -- -- Space -- -- -- 67 0 0 68 -- -- --Space -- 65 0 ... 66 63 ... ... 64ATS-SB 500 540 500 20 61 ... ... 62 20 3500 3085 ATS-EM 59 ... ... 60 57 ... ... 58WWHP-3 M 89640 400 55 ... ... 56 500 174240 M AHU-1 53 ... ... 54 51 ... ... 52WWHP-1 M 89640 400 49 ... ... 50 400 89640 M WWHP-2 47 0 0 48 -- -- --Space -- 45 0 0 46 -- -- --Space --[2],[3] B-3 H 0 800 43 0 0 44 -- -- --Space -- 41 ... ... 42 39 ... ... 40[3] B-1 H 224000 800 37 ... ... 38 800 224000 H B-2 [3] 35 ... ... 36 33 ... ... 34[3] ELEVATOR 000 - GALENA EL 41570 350 31 ... ... 32 350 41570 EL ELEVATOR 000 - RIO GRANDE [3] 29 0 0 30 27 ... 0 28M32630 200 25 ... 0 26 0 0 SPACE FOR FUTURE PV [1] 23 0 ... 24 21 ... ... 22M21500 400 19 ... ... 20 200 2000 900 685 L3 17 ... ... 18 15 ... ... 16M14780 400 13 ... ... 14 400 2000 900 408 L2 11 ... ... 12 9 ... ... 10MB89180 600 7 ... ... 8 400 1000 1080 631 L1 5 0 ... 6 3 0 ... 4SPD0 60 1 0 ... 2 200 5000 900 1152 LB Notes Description L R M | A | E | H | C | EL | EX | KE A B C M | A | E | H | C | EL | EX | KE R L Description Notes : Avail. Fault Current No : IG Bus No : Feed thru Lugs : Modifications 4000 A : Ampacity : Fed From : Neutral Bus FLOOR : Mounting 120/208 Wye : Voltage 3 : Phase 4 : Wire Service MLO : Mains Type (MLO or MCB) MSB ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 Notes: C TO A:0.3 B TO C:0.9 A TO B:0.27 Phase Balance Spare:174.7 Design:200 Load:25.3 Amperes Equipment 1500 100.00% 1500 Spare:62.9 Appliance 0 0.00% 0 Demand:9.1 Motor 2000 101.25% 2025 Design:72 Receptacle 0 0.00% 0 Connected 8 Lighting 4463 125.00% 5578 KVA Load Classification Connected Load Demand Factor Demand Load Panel Totals L = Lighting; M = Motor; R = Receptacle; RA = Electric Range Phase C: 1500 EX = Existing; H = Heating; KE = Kitchen Equipment; Phase B: 1378 Load Type Abbreviations:A = Appliance; C = Cooling; D = Dryer; E = Equipment; EL = Elevator; Phase A: 5085 Spare -- -- 20 41 0 42 Spare -- -- 20 39 0 40 Spare -- -- 20 37 0 38 Spare -- -- 20 35 0 36 Spare -- -- 20 33 0 34 Spare -- -- 20 31 0 32 E-FACP E 500 20 29 ... ... 30 20 1000 EQUIPMENT L-GRAND STAIR 32 0 20 27 ... ... 28 20 0 128 L-PUMP ROOM L-S001 STAIR 520 0 20 25 ... ... 26 20 100 M M-ROOF DAMPER Spare (UPPER LEVEL LIGHTING) -- -- 20 23 0 0 24 20 -- --Spare L-UPPER LEVEL EXTERIOR 108 0 20 21 ... 0 22 20 -- --Spare L-UPPER LEVEL EM 527 0 20 19 ... ... 20 20 300 M M-UPPER LEVEL DAMPERS Spare (MID LEVEL LIGHTING) -- -- 20 17 0 0 18 20 -- --Spare Spare (MID LEVEL LIGHTING) -- -- 20 15 0 0 16 20 -- --Spare L-MID LEVEL EM 694 0 20 13 ... ... 14 20 600 M M-MID LEVEL DAMPERS Spare (MAIN LEVEL LIGHTING) -- -- 20 11 0 0 12 20 -- --Spare L-MAIN LEVEL EXT EM 1111 0 20 9 ... 0 10 20 -- --Spare L-MAIN LEVEL EM 480 0 20 7 ... ... 8 20 600 M M-MAIN LEVEL DAMERS Spare (BASEMENT LIGHTING) -- -- 20 5 0 0 6 20 -- --Spare Spare (BASEMENT LIGHTING) -- -- 20 3 0 0 4 20 -- --Spare L-BASEMENT EM 864 0 20 1 ... ... 2 20 400 M M-BASEMENT DAMPERS Notes Description L R M | A | E | H | C | EL | EX | KE A B C M | A | E | H | C | EL | EX | KE R L Description Notes : Avail. Fault Current No : IG Bus No : Feed thru Lugs : Modifications 100 A : Ampacity ATS-EM : Fed From : Neutral Bus Surface : Mounting 120/208 Wye : Voltage 3 : Phase 4 : Wire Service MLO : Mains Type (MLO or MCB) EM Notes: C TO A:0 B TO C:0 A TO B:0.96 Phase Balance Spare:193.6 Design:200 Load:6.4 Amperes Equipment 500 100.00% 500 Spare:69.7 Appliance 0 0.00% 0 Demand:2.3 Motor 0 0.00% 0 Design:72 Receptacle 540 100.00% 540 Connected 2 Lighting 1000 125.00% 1250 KVA Load Classification Connected Load Demand Factor Demand Load Panel Totals L = Lighting; M = Motor; R = Receptacle; RA = Electric Range Phase C: 0 EX = Existing; H = Heating; KE = Kitchen Equipment; Phase B: 1000 Load Type Abbreviations:A = Appliance; C = Cooling; D = Dryer; E = Equipment; EL = Elevator; Phase A: 1040 41 42 39 40 37 38 35 36 33 34 31 32 29 30 27 28 25 26 23 24 21 22 19 20 17 18 15 16 13 14 11 12 9 10 7 8 5 6 ELEVATOR - RIO - CAB LIGHTS 500 0 20 3 ... ... 4 20 500 E-TCP PANEL R-004 DATA CENTER 540 0 20 1 ... ... 2 20 0 500 ELEVATOR GALENA - CAB LIGHTS Notes Description L R M | A | E | H | C | EL | EX | KE A B C M | A | E | H | C | EL | EX | KE R L Description Notes : Avail. Fault Current No : IG Bus No : Feed thru Lugs : Modifications 60 A : Ampacity ATS-SB : Fed From : Neutral Bus Surface : Mounting 120/208 Wye : Voltage 3 : Phase 4 : Wire Service MLO : Mains Type (MLO or MCB) SB 03/16/2019 CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 4 : 0 2 A M E4.2 2016.01.0223 PANEL SCHEDULES AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 Notes: C TO A:0.7 B TO C:0.8 A TO B:0.88 Phase Balance Spare:173.3 Design:200 Load:26.7 Amperes Equipment 500 100.00% 500 Spare:62.4 Appliance 0 0.00% 0 Demand:9.6 Motor 500 125.00% 625 Design:72 Receptacle 3060 100.00% 3060 Connected 9.2 Lighting 1152 125.00% 1440 KVA Load Classification Connected Load Demand Factor Demand Load Panel Totals L = Lighting; M = Motor; R = Receptacle; RA = Electric Range Phase C: 2540 EX = Existing; H = Heating; KE = Kitchen Equipment; Phase B: 3120 Load Type Abbreviations:A = Appliance; C = Cooling; D = Dryer; E = Equipment; EL = Elevator; Phase A: 3552 Spare -- -- 20 41 0 0 42 20 -- --Spare Spare -- -- 20 39 0 0 40 20 -- --Spare Spare -- -- 20 37 0 0 38 20 -- --Spare Spare -- -- 20 35 0 0 36 20 -- --Spare Spare -- -- 20 33 0 0 34 20 -- --Spare Spare -- -- 20 31 0 0 32 20 -- --Spare Spare -- -- 20 29 0 0 30 20 -- --Spare Spare -- -- 20 27 0 0 28 20 -- --Spare Spare -- -- 20 25 0 0 26 20 -- --Spare Spare -- -- 20 23 0 0 24 20 -- --Spare Spare -- -- 20 21 0 0 22 20 -- --Spare HEATING 1000 20 19 ... 0 20 20 -- --Spare 17 ... 0 18 20 -- --SpareH-003 JACKET HEATER 3000 20 15 ... 0 16 20 -- --Spare R-008 PUMP ROOM 360 0 20 13 ... 0 14 20 -- --Spare E-006 DOOR POWER E 500 20 11 ... ... 12 20 0 540 R-001,002 R-005 MECH 1260 0 20 9 ... ... 10 20 0 360 R-006 E-003 BATTERY CHARGER E 500 20 7 ... ... 8 20 0 540 R-003, 007 ELEC GENERATOR Spare -- -- 20 5 0 0 6 20 -- --Spare Spare -- -- 20 3 0 0 4 20 -- --Spare L-BASEMENT GENERAL 896 0 20 1 ... ... 2 20 0 256 L-BASEMENT CORE Notes Description L R M | A | E | H | C | EL | EX | KE A B C M | A | E | H | C | EL | EX | KE R L Description Notes : Avail. Fault Current No : IG Bus No : Feed thru Lugs : Modifications 200 A : Ampacity MSB : Fed From : Neutral Bus Surface : Mounting 120/208 Wye : Voltage 3 : Phase 4 : Wire Service MLO : Mains Type (MLO or MCB) LB Notes: C TO A:0.9 B TO C:0.5 A TO B:0.43 Phase Balance Spare:377 Design:400 Load:23 Amperes Equipment 0 0.00% 0 Spare:135.7 Appliance 0 0.00% 0 Demand:8.3 Motor 1000 112.50% 1125 Design:144 Receptacle 4140 100.00% 4140 Connected 7.5 Lighting 2409 125.00% 3011 KVA Load Classification Connected Load Demand Factor Demand Load Panel Totals L = Lighting; M = Motor; R = Receptacle; RA = Electric Range Phase C: 1900 EX = Existing; H = Heating; KE = Kitchen Equipment; Phase B: 3940 Load Type Abbreviations:A = Appliance; C = Cooling; D = Dryer; E = Equipment; EL = Elevator; Phase A: 1709 Spare -- -- 20 83 0 0 84 -- -- --Space -- Spare -- -- 20 81 0 0 82 -- -- --Space -- Spare -- -- 20 79 0 0 80 -- -- --Space -- Spare -- -- 20 77 0 0 78 -- -- --Space -- Spare -- -- 20 75 0 0 76 -- -- --Space -- Spare -- -- 20 73 0 0 74 -- -- --Space -- Spare -- -- 20 71 0 0 72 -- -- --Space -- Spare -- -- 20 69 0 0 70 -- -- --Space -- Spare -- -- 20 67 0 0 68 -- -- --Space -- Spare -- -- 20 65 0 0 66 20 -- --Spare Spare -- -- 20 63 0 0 64 20 -- --Spare Spare -- -- 20 61 0 0 62 20 -- --Spare Spare -- -- 20 59 0 0 60 20 -- --Spare Spare -- -- 20 57 0 0 58 20 -- --Spare Spare -- -- 20 55 0 0 56 20 -- --Spare Spare -- -- 20 53 0 0 54 20 -- --Spare Spare -- -- 20 51 0 0 52 20 -- --Spare Spare -- -- 20 49 0 0 50 20 -- --Spare Spare -- -- 20 47 0 0 48 20 -- --Spare Spare -- -- 20 45 0 0 46 20 -- --Spare Spare -- -- 20 43 0 0 44 20 -- --Spare Spare -- -- 20 41 0 0 42 20 -- --Spare Spare -- -- 20 39 0 0 40 20 -- --Spare Spare -- -- 20 37 0 0 38 20 -- --Spare Spare -- -- 20 35 0 0 36 20 -- --Spare Spare -- -- 20 33 0 0 34 20 -- --Spare Spare -- -- 20 31 0 0 32 20 -- --Spare Spare -- -- 20 29 0 0 30 20 -- --Spare Spare -- -- 20 27 0 0 28 20 -- --Spare Spare -- -- 20 25 0 0 26 20 -- --Spare Spare -- -- 20 23 0 0 24 20 -- --Spare Spare -- -- 20 21 0 0 22 20 -- --Spare Spare -- -- 20 19 0 0 20 20 -- --Spare R-101,107 360 0 20 17 ... ... 18 20 1000 E-107 DOOR POWER R-SOUTH EXTERIOR 540 0 20 15 ... ... 16 20 0 360 R-EAST EXTERIOR R-104 180 0 20 13 ... ... 14 20 0 180 R-101 E-MAIN EWC 180 0 20 11 ... ... 12 20 0 360 R-101 R-ELECTRICAL YARD 540 0 20 9 ... ... 10 20 0 720 R-MAIN RESTROOM GROUP R-BIKE RACK 360 0 20 7 ... ... 8 20 0 360 R-108 Spare -- -- 20 5 0 0 6 20 -- --Spare Spare -- -- 20 3 0 ... 4 20 0 1780 LIGHTING L-MAIN LEVEL CORE 533 0 20 1 ... ... 2 20 0 98 L-MAIN LEVEL EXTERIOR Notes Description L R M | A | E | H | C | EL | EX | KE A B C M | A | E | H | C | EL | EX | KE R L Description Notes : Avail. Fault Current No : IG Bus No : Feed thru Lugs : Modifications 400 A : Ampacity MSB : Fed From : Neutral Bus Surface : Mounting 120/208 Wye : Voltage 3 : Phase 4 : Wire Service 400A MCB : Mains Type (MLO or MCB) L1 03/16/2019 CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 4 : 0 3 A M E4.3 2016.01.0223 PANEL SCHEDULES AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 Notes: C TO A:0.6 B TO C:0.4 A TO B:0.23 Phase Balance Spare:387.7 Design:400 Load:12.3 Amperes Equipment 0 0.00% 0 Spare:139.6 Appliance 0 0.00% 0 Demand:4.4 Motor 2000 106.25% 2125 Design:144 Receptacle 1800 100.00% 1800 Connected 4.2 Lighting 408 125.00% 511 KVA Load Classification Connected Load Demand Factor Demand Load Panel Totals L = Lighting; M = Motor; R = Receptacle; RA = Electric Range Phase C: 1360 EX = Existing; H = Heating; KE = Kitchen Equipment; Phase B: 540 Load Type Abbreviations:A = Appliance; C = Cooling; D = Dryer; E = Equipment; EL = Elevator; Phase A: 2307 Spare -- -- 20 83 0 0 84 -- -- --Space -- Spare -- -- 20 81 0 0 82 -- -- --Space -- Spare -- -- 20 79 0 0 80 -- -- --Space -- Spare -- -- 20 77 0 0 78 -- -- --Space -- Spare -- -- 20 75 0 0 76 -- -- --Space -- Spare -- -- 20 73 0 0 74 -- -- --Space -- Spare -- -- 20 71 0 0 72 -- -- --Space -- Spare -- -- 20 69 0 0 70 -- -- --Space -- Spare -- -- 20 67 0 0 68 -- -- --Space -- Spare -- -- 20 65 0 0 66 20 -- --Spare Spare -- -- 20 63 0 0 64 20 -- --Spare Spare -- -- 20 61 0 0 62 20 -- --Spare Spare -- -- 20 59 0 0 60 20 -- --Spare Spare -- -- 20 57 0 0 58 20 -- --Spare Spare -- -- 20 55 0 0 56 20 -- --Spare Spare -- -- 20 53 0 0 54 20 -- --Spare Spare -- -- 20 51 0 0 52 20 -- --Spare Spare -- -- 20 49 0 0 50 20 -- --Spare Spare -- -- 20 47 0 0 48 20 -- --Spare Spare -- -- 20 45 0 0 46 20 -- --Spare Spare -- -- 20 43 0 0 44 20 -- --Spare Spare -- -- 20 41 0 0 42 20 -- --Spare Spare -- -- 20 39 0 0 40 20 -- --Spare Spare -- -- 20 37 0 0 38 20 -- --Spare Spare -- -- 20 35 0 0 36 20 -- --Spare Spare -- -- 20 33 0 0 34 20 -- --Spare Spare -- -- 20 31 0 0 32 20 -- --Spare Spare -- -- 20 29 0 0 30 20 -- --Spare Spare -- -- 20 27 0 0 28 20 -- --Spare Spare -- -- 20 25 0 0 26 20 -- --Spare Spare -- -- 20 23 0 0 24 20 -- --Spare Spare -- -- 20 21 0 0 22 20 -- --Spare Spare -- -- 20 19 0 0 20 20 -- --Spare Spare -- -- 20 17 0 0 18 20 -- --Spare Spare -- -- 20 15 0 0 16 20 -- --Spare E-209 DOOR POWER 500 20 13 ... ... 14 20 500 E-209 DOOR POWER E-MID EWC 180 0 20 11 ... ... 12 20 1000 180 E-207 DOOR POWER E-MID EWC 180 0 20 9 ... ... 10 20 0 360 R-204 R-MID RESTROOM GROUP 720 0 20 7 ... ... 8 20 0 180 R-206 Spare -- -- 20 5 0 0 6 20 -- --Spare Spare -- -- 20 3 0 0 4 20 -- --Spare L-MID LEVEL CORE 408 0 20 1 ... 0 2 20 -- --Spare Notes Description L R M | A | E | H | C | EL | EX | KE A B C M | A | E | H | C | EL | EX | KE R L Description Notes : Avail. Fault Current No : IG Bus No : Feed thru Lugs : Modifications 400 A : Ampacity MSB : Fed From : Neutral Bus Surface : Mounting 120/208 Wye : Voltage 3 : Phase 4 : Wire Service 400A MLO : Mains Type (MLO or MCB) L2 Notes: C TO A:1 B TO C:0.6 A TO B:0.61 Phase Balance Spare:183.1 Design:200 Load:16.9 Amperes Equipment 0 0.00% 0 Spare:65.9 Appliance 0 0.00% 0 Demand:6.1 Motor 2000 106.25% 2125 Design:72 Receptacle 2820 100.00% 2820 Connected 5.7 Lighting 908 125.00% 1135 KVA Load Classification Connected Load Demand Factor Demand Load Panel Totals L = Lighting; M = Motor; R = Receptacle; RA = Electric Range Phase C: 1540 EX = Existing; H = Heating; KE = Kitchen Equipment; Phase B: 2600 Load Type Abbreviations:A = Appliance; C = Cooling; D = Dryer; E = Equipment; EL = Elevator; Phase A: 1583 Spare -- -- 20 83 0 0 84 -- -- --Space -- Spare -- -- 20 81 0 0 82 -- -- --Space -- Spare -- -- 20 79 0 0 80 -- -- --Space -- Spare -- -- 20 77 0 0 78 -- -- --Space -- Spare -- -- 20 75 0 0 76 -- -- --Space -- Spare -- -- 20 73 0 0 74 -- -- --Space -- Spare -- -- 20 71 0 0 72 -- -- --Space -- Spare -- -- 20 69 0 0 70 -- -- --Space -- Spare -- -- 20 67 0 0 68 -- -- --Space -- Spare -- -- 20 65 0 0 66 20 -- --Spare Spare -- -- 20 63 0 0 64 20 -- --Spare Spare -- -- 20 61 0 0 62 20 -- --Spare Spare -- -- 20 59 0 0 60 20 -- --Spare Spare -- -- 20 57 0 0 58 20 -- --Spare Spare -- -- 20 55 0 0 56 20 -- --Spare Spare -- -- 20 53 0 0 54 20 -- --Spare Spare -- -- 20 51 0 0 52 20 -- --Spare Spare -- -- 20 49 0 0 50 20 -- --Spare Spare -- -- 20 47 0 0 48 20 -- --Spare Spare -- -- 20 45 0 0 46 20 -- --Spare Spare -- -- 20 43 0 0 44 20 -- --Spare Spare -- -- 20 41 0 0 42 20 -- --Spare Spare -- -- 20 39 0 0 40 20 -- --Spare Spare -- -- 20 37 0 0 38 20 -- --Spare Spare -- -- 20 35 0 0 36 20 -- --Spare Spare -- -- 20 33 0 0 34 20 -- --Spare Spare -- -- 20 31 0 0 32 20 -- --Spare Spare -- -- 20 29 0 0 30 20 -- --Spare Spare -- -- 20 27 0 0 28 20 -- --Spare Spare -- -- 20 25 0 0 26 20 -- --Spare Spare -- -- 20 23 0 0 24 20 -- --Spare Spare -- -- 20 21 0 0 22 20 -- --Spare Spare -- -- 20 19 0 0 20 20 -- --Spare Spare -- -- 20 17 0 0 18 20 -- --Spare R-304 180 0 20 15 ... ... 16 20 1000 E-DOOR POWER R-301 180 0 20 13 ... ... 14 20 0 180 R-308 E-307 DOOR POWER 1000 20 11 ... ... 12 20 0 540 R-PLAZA RECEPTACLE 720 0 20 9 ... ... 10 20 0 480 E-3RD EWC R-306 180 0 20 7 ... ... 8 20 0 360 R-309 TERRACE Spare -- -- 20 5 0 0 6 20 -- --Spare Spare -- -- 20 3 0 ... 4 20 0 224 L-PLAZA STAIR L-3RD FLOOR CORE 479 0 20 1 ... ... 2 20 0 207 L-3RD FLOOR EXTERIOR Notes Description L R M | A | E | H | C | EL | EX | KE A B C M | A | E | H | C | EL | EX | KE R L Description Notes : Avail. Fault Current No : IG Bus No : Feed thru Lugs : Modifications 200 A : Ampacity MSB : Fed From : Neutral Bus Surface : Mounting 120/208 Wye : Voltage 3 : Phase 4 : Wire Service 200A MCB : Mains Type (MLO or MCB) L3 03/16/2019 CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 4 : 0 4 A M E4.4 2016.01.0223 PANEL SCHEDULES AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 Notes: C TO A:1 B TO C:1 A TO B:0.98 Phase Balance Spare:340.9 Design:600 Load:259.1 Amperes Equipment 1600 100.00% 1600 Spare:122.6 Appliance 0 0.00% 0 Demand:93.4 Motor 63580 106.58% 67763 Design:216 Receptacle 0 0.00% 0 Connected 89.2 Lighting 0 0.00% 0 KVA Load Classification Connected Load Demand Factor Demand Load Panel Totals L = Lighting; M = Motor; R = Receptacle; RA = Electric Range Phase C: 29943 EX = Existing; H = Heating; KE = Kitchen Equipment; Phase B: 29983 Load Type Abbreviations:A = Appliance; C = Cooling; D = Dryer; E = Equipment; EL = Elevator; Phase A: 29253 -- Space -- -- -- 59 0 0 60 -- -- --Space -- -- Space -- -- -- 57 0 0 58 -- -- --Space -- -- Space -- -- -- 55 0 0 56 -- -- --Space -- -- Space -- -- -- 53 0 0 54 -- -- --Space -- -- Space -- -- -- 51 0 0 52 -- -- --Space -- -- Space -- -- -- 49 0 0 50 -- -- --Space -- Spare -- -- 20 47 0 ... 48 Spare -- -- 20 45 0 ... 46 M-UH-3 & EF-2 M 710 20 43 ... ... 44 60 8760 M-HWP-2 41 ... ... 42 39 ... ... 40H-WH-1 H 24000 100 37 ... ... 38 60 8760 M-HWP-1 35 ... 0 36 33 ... 0 34M-CWP-1 M 11150 80 31 ... 0 32 80 0 M M-CWP-2 [1] 29 ... 0 30 27 ... 0 28M-GWP-1 M 16730 110 25 ... 0 26 110 0 M M-GWP-2 [1] 23 ... 0 24 21 ... 0 22M-HWP-3 M 6060 20 19 ... 0 20 20 0 M M-HWP-4 [1] 17 ... ... 18 15 ... ... 16M-BP-2 M 2390 20 13 ... ... 14 20 2390 M M-BP-3 M-CP-3 M 510 20 11 ... ... 12 M-UH-1,GF-2 M 1020 20 9 ... ... 10 M-CP-1,2 M 510 20 7 ... ... 8 20 2390 M M-BP-1 E-AHU-120V E 1600 20 5 ... ... 6 M-SP-1 M 1130 20 3 ... ... 4 M-RCP-1 M 200 20 1 ... ... 2 20 870 M M-SP-3 Notes Description L R M | A | E | H | C | EL | EX | KE A B C M | A | E | H | C | EL | EX | KE R L Description Notes : Avail. Fault Current No : IG Bus No : Feed thru Lugs : Modifications 600 A : Ampacity MSB : Fed From : Neutral Bus Surface : Mounting 120/208 Wye : Voltage 3 : Phase 4 : Wire Service MLO : Mains Type (MLO or MCB) MB Notes: C TO A:0.5 B TO C:0.6 A TO B:0.76 Phase Balance Spare:385.9 Design:400 Load:14.1 Amperes Equipment 0 0.00% 0 Spare:138.9 Appliance 0 0.00% 0 Demand:5.1 Motor 4780 105.91% 5063 Design:144 Receptacle 0 0.00% 0 Connected 4.8 Lighting 0 0.00% 0 KVA Load Classification Connected Load Demand Factor Demand Load Panel Totals L = Lighting; M = Motor; R = Receptacle; RA = Electric Range Phase C: 1020 EX = Existing; H = Heating; KE = Kitchen Equipment; Phase B: 1620 Load Type Abbreviations:A = Appliance; C = Cooling; D = Dryer; E = Equipment; EL = Elevator; Phase A: 2140 -- Space -- -- -- 41 0 0 42 -- -- --Space -- -- Space -- -- -- 39 0 0 40 -- -- --Space -- -- Space -- -- -- 37 0 0 38 -- -- --Space -- -- Space -- -- -- 35 0 0 36 -- -- --Space -- -- Space -- -- -- 33 0 0 34 -- -- --Space -- -- Space -- -- -- 31 0 0 32 -- -- --Space -- -- Space -- -- -- 29 0 0 30 -- -- --Space -- -- Space -- -- -- 27 0 0 28 -- -- --Space -- -- Space -- -- -- 25 0 0 26 -- -- --Space -- -- Space -- -- -- 23 0 0 24 -- -- --Space -- -- Space -- -- -- 21 0 0 22 -- -- --Space -- -- Space -- -- -- 19 0 0 20 -- -- --Space -- -- Space -- -- -- 17 0 0 18 -- -- --Space -- -- Space -- -- -- 15 0 0 16 -- -- --Space -- -- Space -- -- -- 13 0 0 14 -- -- --Space -- -- Space -- -- -- 11 0 0 12 -- -- --Space -- -- Space -- -- -- 9 0 0 10 -- -- --Space -- M-CUH-4 M 300 20 7 ... 0 8 -- -- --Space -- M-FPVAV-3 M 510 40 5 ... ... 6 40 510 M M-FPVAV-2 M-FPVAV-1 M 510 40 3 ... ... 4 20 1110 M M-CUH-2,3,7 M-SP-2 M 1130 20 1 ... ... 2 20 710 M M-UH-2,EF-4 Notes Description L R M | A | E | H | C | EL | EX | KE A B C M | A | E | H | C | EL | EX | KE R L Description Notes : Avail. Fault Current No : IG Bus No : Feed thru Lugs : Modifications 400 A : Ampacity MSB : Fed From : Neutral Bus Surface : Mounting 120/208 Wye : Voltage 3 : Phase 4 : Wire Service 400A MCB : Mains Type (MLO or MCB) M1 Notes: C TO A:0 B TO C:0 A TO B:0.67 Phase Balance Spare:395.6 Design:400 Load:4.4 Amperes Equipment 0 0.00% 0 Spare:142.4 Appliance 0 0.00% 0 Demand:1.6 Motor 1500 105.00% 1575 Design:144 Receptacle 0 0.00% 0 Connected 1.5 Lighting 0 0.00% 0 KVA Load Classification Connected Load Demand Factor Demand Load Panel Totals L = Lighting; M = Motor; R = Receptacle; RA = Electric Range Phase C: 0 EX = Existing; H = Heating; KE = Kitchen Equipment; Phase B: 900 Load Type Abbreviations:A = Appliance; C = Cooling; D = Dryer; E = Equipment; EL = Elevator; Phase A: 600 -- Space -- -- -- 41 0 0 42 -- -- --Space -- -- Space -- -- -- 39 0 0 40 -- -- --Space -- -- Space -- -- -- 37 0 0 38 -- -- --Space -- -- Space -- -- -- 35 0 0 36 -- -- --Space -- -- Space -- -- -- 33 0 0 34 -- -- --Space -- -- Space -- -- -- 31 0 0 32 -- -- --Space -- -- Space -- -- -- 29 0 0 30 -- -- --Space -- -- Space -- -- -- 27 0 0 28 -- -- --Space -- -- Space -- -- -- 25 0 0 26 -- -- --Space -- -- Space -- -- -- 23 0 0 24 -- -- --Space -- -- Space -- -- -- 21 0 0 22 -- -- --Space -- -- Space -- -- -- 19 0 0 20 -- -- --Space -- -- Space -- -- -- 17 0 0 18 -- -- --Space -- -- Space -- -- -- 15 0 0 16 -- -- --Space -- -- Space -- -- -- 13 0 0 14 -- -- --Space -- -- Space -- -- -- 11 0 0 12 -- -- --Space -- -- Space -- -- -- 9 0 0 10 -- -- --Space -- -- Space -- -- -- 7 0 0 8 -- -- --Space -- -- Space -- -- -- 5 0 0 6 -- -- --Space -- M-FPVAV-6 300 40 3 ... ... 4 20 600 M-CUH-8,9 M-FPVAV-4 300 40 1 ... ... 2 40 300 M-FPVAV-5 Notes Description L R M | A | E | H | C | EL | EX | KE A B C M | A | E | H | C | EL | EX | KE R L Description Notes : Avail. Fault Current No : IG Bus No : Feed thru Lugs : Modifications 400 A : Ampacity MSB : Fed From : Neutral Bus Surface : Mounting 120/208 Wye : Voltage 3 : Phase 4 : Wire Service 400A MCB : Mains Type (MLO or MCB) M2 Notes: C TO A:0 B TO C:0 A TO B:0.3 Phase Balance Spare:191.9 Design:200 Load:8.1 Amperes Equipment 0 0.00% 0 Spare:69.1 Appliance 0 0.00% 0 Demand:2.9 Motor 2630 110.74% 2913 Design:72 Receptacle 0 0.00% 0 Connected 2.6 Lighting 0 0.00% 0 KVA Load Classification Connected Load Demand Factor Demand Load Panel Totals L = Lighting; M = Motor; R = Receptacle; RA = Electric Range Phase C: 0 EX = Existing; H = Heating; KE = Kitchen Equipment; Phase B: 600 Load Type Abbreviations:A = Appliance; C = Cooling; D = Dryer; E = Equipment; EL = Elevator; Phase A: 2030 -- Space -- -- -- 41 0 0 42 -- -- --Space -- -- Space -- -- -- 39 0 0 40 -- -- --Space -- -- Space -- -- -- 37 0 0 38 -- -- --Space -- -- Space -- -- -- 35 0 0 36 -- -- --Space -- -- Space -- -- -- 33 0 0 34 -- -- --Space -- -- Space -- -- -- 31 0 0 32 -- -- --Space -- -- Space -- -- -- 29 0 0 30 -- -- --Space -- -- Space -- -- -- 27 0 0 28 -- -- --Space -- -- Space -- -- -- 25 0 0 26 -- -- --Space -- -- Space -- -- -- 23 0 0 24 -- -- --Space -- -- Space -- -- -- 21 0 0 22 -- -- --Space -- -- Space -- -- -- 19 0 0 20 -- -- --Space -- -- Space -- -- -- 17 0 0 18 -- -- --Space -- -- Space -- -- -- 15 0 0 16 -- -- --Space -- -- Space -- -- -- 13 0 0 14 -- -- --Space -- -- Space -- -- -- 11 0 0 12 -- -- --Space -- -- Space -- -- -- 9 0 0 10 -- -- --Space -- -- Space -- -- -- 7 0 0 8 -- -- --Space -- -- Space -- -- -- 5 0 0 6 -- -- --Space -- M-FPVAV-8 300 40 3 ... ... 4 40 300 M-FPVAV-7 M-EF-3 1130 20 1 ... ... 2 20 900 M-CUH-10, 11, 12 Notes Description L R M | A | E | H | C | EL | EX | KE A B C M | A | E | H | C | EL | EX | KE R L Description Notes : Avail. Fault Current No : IG Bus No : Feed thru Lugs : Modifications 200 A : Ampacity MSB : Fed From : Neutral Bus Surface : Mounting 120/208 Wye : Voltage 3 : Phase 4 : Wire Service 200A MCB : Mains Type (MLO or MCB) M3 03/16/2019 NO SCALE CM CM F C M CM CM CM CM CM NO SCALE CM CM LO O P PO W E R F T190° F P FP F T X ST ST F F TYPICAL MACHINEROOMLESS ELEVATOR DETAIL TYPICAL ELEVATOR SHUNT TRIP SCHEMATIC TYPICAL ELEVATOR PIT DETAIL P/T J TYPICAL FIRE ALARM RISER DIAGRAM C FACP M F M R R M T T M MM 190° MM F MM T F FAAP P F F T F T F F D R 120V EM CIRCUIT R SIAMESE WP CONNECTION HORN/LIGHT EXTERIOR TO ELEVATOR CONTROLLER MAIN FLOW SWITCH ALT. MAIN 1/2" CONDUIT WITH PULL WIRE TO "TTB" FOR CONNECTION TO REMOTE MONITORING STATION. MAXIMUM OF (12) FIRE/SMOKE DAMPERS PER 20A1P CIRCUIT DAMPER ON THIS CIRCUIT TO NEXT FIRE/SMOKE FIRE ALARM SYSTEM NOTES: TAMPER SWITCHES IN MAIN WATER ENTRY ROOM TYPICAL INITIATING CIRCUIT TO NEXT DEVICE TYPICAL ANNUNCIATION CIRCUIT TO MECHANICAL UNIT BY DIVISION 23. BUILDING FIRE ALARM RISER MECHANICAL UNIT TYPICAL FOR EACH DA T A 24 V O L T GRAPHIC 120V EM CIRCUIT 1. REFER TO FLOOR PLANS FOR ESTIMATED QUANTITIES AND LOCATIONS OF DEVICES. FINAL COUNT BY FIRE ALARM VENDOR. 2. PROVIDE WIRING AS DIRECTED BY FIRE ALARM SYSTEM MANUFACTURER. 3. CONDUIT IS NOT REQUIRED FOR WIRING LOCATED ABOVE ACCESSIBLE CEILING AREAS. PROVIDE PLENUM RATED CABLE AS REQUIRED BY CODES. CONDUIT IS REQUIRED FOR ALL OTHER SPACES AND WALL CAVITIES, MINIMUM SIZE 3/4" OR AS REQUIRED TO MEET CODES. 4. PROVIDE REMOTE LAMPS WITH TEST SWITCH FOR DUCT DETECTORS LOCATED IN INACCESSIBLE AREAS. LABEL PER SPECIFICATIONS. 5. PROVIDE A PHOTOELECTRIC SMOKE DETECTOR PER NFPA AT EACH FACP AND EACH POWER SUPPLY LOCATION. 6. COORDINATE WITH FIRE SPRINKLER CONTRACTOR ON EXACT QUANTITIES AND LOCATIONS OF FLOW AND TAMPER SWITCHES. 7. CONTROL MODULES MUST BE LOCATED WITHIN 3'-0" OF DEVICE OR EQUIPMENT THEY ARE CONTROLLING. 8. PROVIDE (1) PHOTOELECTRIC SMOKE DETECTOR AND (1) 190° THERMAL DETECTOR AT EACH SPRINKLER HEAD LOCATED IN ELEVATOR SHAFT. COORDINATE QUANTITIES AND LOCATIONS WITH SPRINKLER CONTRACTOR. 9. REFER TO "TYPICAL ELEVATOR SHUNT TRIP SCHEMATIC" ON THIS SHEET FOR ADDITIONAL ELEVATOR RECALL AND SHUT DOWN REQUIREMENTS. (2)(4) 120V CIRCUIT (XXX-X) H N MSB-(37,39,41) MSB-(38,40,42) MSB-(43,45,47) BLDG A - XXX-X VIA SWITCH IN FACP BLDG B - XXX-X VIA SWITCH IN FACP ELEV,ELEV. 1 NOTES LADDER SEPARATE BRANCH CIRCUIT REQUIRED FOR PIT LIGHTING AND RECEPTACLE. DON'T CONNECT LIGHT TO LOAD SIDE OF GFI RECEPTACLE. NEC 620.24. +50" 1. ONLY DETECTORS AT LANDINGS, AND HOISTWAY SHALL INITIATE ELEVATOR RECALL. DO NOT RECALL UPON GENERAL FIRE ALARM. 2. ELEVATOR RECALL AND SHUNT-TRIP SHOULD BE INITIATED VIA THE FACP AND CONTROL MODULES WHICH ALLOWS WIRING TO BE SUPERVISED. BUT, SOME AUTHORITIES HAVING JURISDICTION REQUIRE RECALL WIRING TO BE SEPARATE FROM FIRE ALARM WIRING, IN WHICH CASE USE DETECTORS WITH AUXILLIARY RELAYS. 3. IF MACHINE ROOM OR HOISTWAY ARE SPRINKLERED THEN MEANS TO AUTOMATICALLY DISCONECT POWER (SHUNT TRIP) PRIOR TO WATER FLOW IS REQUIRED ASME 17.1-102.2(C)(3). FIRE ALARM NOTES GFI PROVIDE 4'-0" LED STRIP LIGHT, WET LOCATION LISTED, VERTICALLY MOUNTED IN EACH CORNER OF ELEVATOR SHAFT ON EACH LEVEL THAT THE SHAFT IS INTENDED TO BE ACCESSED. LITHONIA LIGHTING: #XWMLED. PIT RECEPTACLES MUST BE GFI NEC 620.85 PROVIDE SWITCH FOR PIT LIGHT(S) SWITCH FOR PIT LIGHT SHALL BE ACCESSIBLE FROM THE PIT ACCESS DOOR DOOR. ASME A17.1 2.2.5.3 1. SMOKE DETECTORS LOCATED IN THE ELEVATOR LANDINGS (LOBBIES) AND TOP OF HOIST WAY SHALL RECALL THE ELEVATOR TO THE EGRESS FLOOR. 2. DO NOT INSTALL SMOKE OR HEAT DETECTORS IN ELEVATOR PIT. VERIFY THIS WITH SPRINKLER REQUIREMENTS AND WITH THE LOCAL INSPECTOR. 3. THE ELEVATOR DISCONNECTING MEANS SHALL NOT DIS- CONNECT THE CAR, PIT OR MACHINE ROOM LIGHTING RECEPTACLES OR AIR CONDITIONING. 4. THE FRAMES OF ALL MOTORS, MACHINES, CONTROLLERS, ETC. SHALL BE GROUNDED IN ACCORDANCE WITH NEC ART. 250. THE METALLIC RACEWAYS SHALL BE GROUNDED. 5. NEMA 4 RATINGS FOR ALL ELECTRICAL DEVICES INSTALLED IN ROOMS THAT ARE SPRINKLERED IS REQUIRED PER ASME 17. 6. PROVIDE 120V POWER CONNECTION ELEVATOR LIGHTING AND AC EQUIPMENT. NOTE: ELEVATOR #2, 012c, REQUIRES MAINTENANCE FROM THE TOP OF THE ELEVATOR CAR. PROVIDE LIGHTS AND A RECEPTACLE AT THE FLOOR IN WHICH MAINTENANCE WILL BE PERFORMED (USUALLY THE TOP OF THE SHAFT). DUPLICATE FIXTURES IN ELEVATOR PIT. c. b. PER NFPA/ANSI REQUIREMENTS. ELEVATOR RECALL SYSTEM/SHUNT TRIP, SEQUENCE EACH ELEVATOR SHALL BE PROVIDED WITH A COMPLETE ELEVATOR RECALL SYSTEM OF EVENTS, SHALL BE AS FOLLOWS: NOTES: 1. a. H N COMPLETION OF ELEVATOR RECALL. 120V NORMALLY OPEN CONTACT. PROVIDED WITH "RECALL COMPLETE" CONTACT SHALL CLOSE UPON ELEVATOR CAB CONTROLLER. LTG AND FAN ELEV CAB ELEVATOR WHEN ASSOCIATED ELEVATOR LOBBY, ELEVATOR MACHINE ROOM, OR ELEVATOR SHAFT SMOKE DETECTOR GOES INTO ALARM, AND UPON A VERIFICATION CYCLE IF USED, THE BUILDING WILL GO INTO GENERAL ALARM AND WILL INITIATE ELEVATOR RECALL. WHEN A THERMAL DETECTOR RATED 190 DEGREES, LOCATED IN THE ELEVATOR MACHINE ROOM OR ELEVATOR SHAFT IS ACTIVATED, THE SHUNT TRIP ON ELEVATOR MACHINERY WILL TRIP ONLY AFTER THE AUTOMATIC RECALL IS COMPLETE, THUS DISCONNECTING THE POWER TO THE ELEVATOR, MACHINE ROOM LIGHT AND RECEPTACLE, AND ELEVATOR CAB LIGHT AND FAN. THIS CIRCUIT IS INDEPENDENT OF THE FIRE ALARM SYSTEM AND SHALL BE ROUTED VIA THE ELEVATOR CONTROLLER CONTACTS WHICH VERIFY THAT RECALL IS COMPLETE. THE INTENT IS TO DISCONNECT POWER ONLY AFTER THE ELEVATORS HAVE RECALLED TO THEIR ASSIGNED FLOOR, BUT BEFORE WATER FLOWS. THE SPRINKLER HEAD FUSIBLE LINK RATED AT 286 DEGREES F. MELTS, DISPERSING WATER TO EXTINGUISH FLAMES. TO FACP FOR SHUNT 2.UPON LOSS OF POWER TO SHUNT TRIP AN ALARM SHALL BE INDICATED AT THE FACP AND REMOTE MONITORING COMPANY. TRIP MONITORING SEPARATE CIRCUIT REQUIRED FOR ELEVATOR CAB LIGHTS AND VENTILATION FOR NEC 620.22. TO ELEV. CONTROLLER FOR CAB LIGHTS (NEC 620.22 & 620.53) SMOKE DETECTOR LOCATED AT ELEVATOR LOBBY OF EACH FLOOR, NFPA 72-5.6.5. IT SHALL INITIATE ELEVATOR RECALL. SWITCH FOR ELEVATOR CAB LIGHTING SHALL BE BE LOCKABLE IN THE OPEN POSITION. (NEC 620.22, 620.53) SUGGEST HUBBLE "CIRCUIT LOCK" FDS30 FUSED DISC. COORDINATE REQUIREMENTS WITH LOCAL JURISDICTION, SOME REQUIRE SHUNT TRIP OF ELEV. CAB LIGHTING. IF ROOM IS SPRINKLERED MUST BE PROVIDED WITH NEMA 4X RATING PER ASME 17. REFER TO POWER PLAN FOR LOCATION AND QUANTITY. SMOKE DETECTOR LOCATED AT TOP OF SHAFT IF REQUIRED FOR CONTROL OF ELEVATOR SHAFT DAMPER (COORDINATE WITH DIV. 15) OR IF HOISTWAY IS SPRINKLED. IT SHALL INITIATE ELEVATOR RECALL. (ASME 17.1- 211.3b REQUIRES SMOKE DETECTORS IN SPRINKLED HOISTWAYS.) COMBINATION 190° F RATE OF RISE/FIXED TEMP. HEAT DETECTOR LOCATED AT TOP OF SHAFT (ONLY IF SHAFT IS SPRINKLED) SHALL INITIATE ELEVATOR SHUT DOWN ASME A17.1 102.2(c)(3). NFPA 72-3-8.14.3 PROHIBITS PUTTING DETECTORS IN THE HOISTWAY (SHAFT OR PIT) UNLESS IT IS SPRINKLED. ELEVATOR RECALL. TYPICAL FOR EACH ELEVATOR. HEAVY DUTY AUXILIARY RELAY 20A, 120V. LOCATE NEXT TO CONTROL MODULE LOCATED IN ACCESSIBLE LOCATION NOTES: DENOTE BRANCH CIRCUITS BACK TO PANEL ON THIS DIAGRAM OR ON THE DRAWING. INDICATE TO WHAT (I.E. APC, PATCH PANEL, SPARE, ETC. EMERGENCY POWER OFF WIRING DIAGRAM NO SCALE 4 POLE CONTACTOR WITH 120V COIL, MECHANICALLY HELD, IN LOCKABLE NEMA 1 ENCLOSURE RED "MUSHROOM" HEAD EPO SWITCH WITH MAINTAINED CONTACTS ACCESSORY CONTROL MODULE 1 2 TYPICAL ELECTRIC DOOR LOCK CIRCUIT HEAVY DUTY AUXILIARY RELAY 20A, 120V. LOCATE NEXT TO CONTROL MODULE. TELEPHONE ENTRY PANEL TO NEXT DEVICE ELECTRIC DOOR LOCK CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 4 : 0 4 A M E5.0 2016.01.0223 ELECTRICAL DETAILS AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 03/16/2019 KEY DESCRIPTION LOAD (kVA)VOLTAGE PHASE FEEDER O.C. PROTECTION REMARKS C.B. FUSE AHU-1 AIR HANDLER UNIT 174.240 208 3 2[(3-250KCMIL+#2G)2-1/2"C] 500A3P 500A [3] AHU-1 AIR HANDLER UNIT - 120V, LIGHTS, RECEP 1.600 120 1 (2#12+#12G)1/2"C 20A1P GWP-1 & 2 GROUND WATER PUMP, 15HP 16.730 208 3 (3#4+#6G)1-1/4"C 110A3P 80A [3],[5] CWP -1 & 2 CONDENSER WATER PUMP, 10HP 11.150 208 3 (3#6+#8G)1"C 80A3P 50A [3],[5] HWP-1 & 2 HEATING WATER PUMP, 7-1/2HP 8.760 208 3 (3#8+#10G)3/4"C 60A3P 40A [3],[5] HWP-3 & 4 HEATING WATER PUMP, 5HP 6.060 208 3 (3#10+#10G)3/4"C 40A3P 30A [3],[5] BP-1,2, & 3 BOILER PRIMARY, 2HP 2.700 208 3 (3#12+#12G)1/2"C 15A3P 12A [3] CP-1 COIL PUMP, 5HP 6.060 208 3 (3#10+#10G)3/4"C 40A3P 30A [3] WWHP-1 & 2 WATER TO WATER HEAT PUMP 89.640 208 3 (3-300KCMIL+#4G)2-1/2"C 400A3P 400A [3] WWHP-3 WATER TO WATER HEAT PUMP 89.640 208 3 (3-300KCMIL+#4G)2-1/2"C 400A3P 400A [3] B-1 ELECTRIC BOILER 224.820 208 3 3[3-300KCMIL+#1/0G)2-1/2"C] 800A3P [4],[6],[7] B-2 ELECTRIC BOILER 224.820 208 3 3[3-300KCMIL+#1/0G)2-1/2"C] 800A3P [4],[6],[7] B-3 ELECTRIC BOILER 224.820 208 3 3[3-300KCMIL+#1/0G)2-1/2"C] 800A3P [4],[6],[7] DC-1 DATA COOLING 4.160 208 1 (2#10+#10G)1/2"C 40A1P 30A [8] DC-2 DATA COOLING 4.160 208 1 (2#10+#10G)1/2"C 40A1P 30A [8] DC-3 DATA COOLING 4.160 208 1 (2#10+#10G)1/2"C 40A1P 30A [8] DC-4 DATA COOLING 4.160 208 1 (2#10+#10G)1/2"C 40A1P 30A [8] DC-5 DATA COOLING 4.160 208 1 (2#10+#10G)1/2"C 40A1P 30A [8] DC-6 DATA COOLING 4.160 208 1 (2#10+#10G)1/2"C 40A1P 30A [8] DC-7 DATA COOLING 4.160 208 1 (2#10+#10G)1/2"C 40A1P 30A [8] AC/CU-1 AIR CONDITIONING AND CONDENSING UNIT 3.850 208 1 (2#12+#12G)1/2"C 30A2P [2] FC-1 FAN COIL, (2)1/2HP 2.240 208 1 (2#12+#12G)1/2"C 15A2P GF-1 & 2 GLYCOL FEEDER 0.480 120 1 (2#12+#12G)1/2"C 20A1P CUH-1 CABINET UNIT HEATER, 1/10HP 0.300 120 1 (2#12+#12G)1/2"C 20A1P CUH-2 CABINET UNIT HEATER, 1/10HP 0.300 120 1 (2#12+#12G)1/2"C 20A1P CUH-3 CABINET UNIT HEATER, 1/10HP 0.300 120 1 (2#12+#12G)1/2"C 20A1P CUH-4 CABINET UNIT HEATER, 1/10HP 0.300 120 1 (2#12+#12G)1/2"C 20A1P CUH-5 CABINET UNIT HEATER, 1/15HP 0.300 120 1 (2#12+#12G)1/2"C 20A1P CUH-6 CABINET UNIT HEATER, 1/15HP 0.300 120 1 (2#12+#12G)1/2"C 20A1P CUH-7 CABINET UNIT HEATER, 1/10HP 0.300 120 1 (2#12+#12G)1/2"C 20A1P CUH-8 CABINET UNIT HEATER, 1/10HP 0.300 120 1 (2#12+#12G)1/2"C 20A1P CUH-9 CABINET UNIT HEATER, 1/10HP 0.300 120 1 (2#12+#12G)1/2"C 20A1P CUH-10 CABINET UNIT HEATER, 1/10HP 0.300 120 1 (2#12+#12G)1/2"C 20A1P CUH-11 CABINET UNIT HEATER, 1/10HP 0.300 120 1 (2#12+#12G)1/2"C 20A1P CUH-12 CABINET UNIT HEATER, 1/10HP 0.300 120 1 (2#12+#12G)1/2"C 20A1P UH-1 UNIT HEATER, 1/20HP 0.200 120 1 (2#12+#12G)1/2"C 20A1P UH-2 UNIT HEATER, 1/20HP 0.200 120 1 (2#12+#12G)1/2"C 20A1P UH-3 UNIT HEATER, 1/20HP 0.200 120 1 (2#12+#12G)1/2"C 20A1P EF-1 EXHAUST FAN, 1/2HP 1.130 120 1 (2#12+#12G)1/2"C 20A1P 15A EF-2 EXHAUST FAN, 1/6HP 0.510 120 1 (2#12+#12G)1/2"C 20A1P 9A EF-3 EXHAUST FAN, 1/2HP 1.130 120 1 (2#12+#12G)1/2"C 20A1P 15A EF-4 EXHAUST FAN, 1/6HP 0.510 120 1 (2#12+#12G)1/2"C 20A1P 9A RP-1 RE-CIRCULATION PUMP, 1/25HP 0.200 120 1 (2#12+#12G)1/2"C 20A1P 2.5A WH-1 WATER HEATER 24.000 208 3 (3#1+#8G)1-1/2"C 100A3P - SP-1 SUMP PUMP, 1/2HP 1.130 120 1 (2#12+#12G)1/2"C 20A1P 15A SP-2 SUMP PUMP, 1/2HP 1.130 120 1 (2#12+#12G)1/2"C 20A1P 15A SP-3 SUMP PUMP, 1/2HP 1.130 120 1 (2#12+#12G)1/2"C 20A1P 15A FPVAV-1 FAN POWERED VAV BOX, 1HP 1.840 120 1 (2#12+#12G)1/2"C 40A1P 25A FPVAV-2 FAN POWERED VAV BOX, 1HP 1.840 120 1 (2#12+#12G)1/2"C 40A1P 25A FPVAV-3 FAN POWERED VAV BOX, 1HP 1.840 120 1 (2#12+#12G)1/2"C 40A1P 25A FPVAV-4 FAN POWERED VAV BOX, 1HP 1.840 120 1 (2#12+#12G)1/2"C 40A1P 25A FPVAV-5 FAN POWERED VAV BOX, 1HP 1.840 120 1 (2#12+#12G)1/2"C 40A1P 25A FPVAV-6 FAN POWERED VAV BOX, 1HP 1.840 120 1 (2#12+#12G)1/2"C 40A1P 25A FPVAV-7 FAN POWERED VAV BOX, 1HP 1.840 120 1 (2#12+#12G)1/2"C 40A1P 25A FPVAV-8 FAN POWERED VAV BOX, 1HP 1.840 120 1 (2#12+#12G)1/2"C 40A1P 25A NOTES: 1. AIR CONDITIONING UNIT POWERED BY CONDENSING UNIT. PROVIDE (2#12+#12G)1/2"C FROM AIR CONDITIONING UNIT TO CONDENSING UNIT ON ROOF. 2. UNIT PROVIDED WITH FUSE DISCONNECT SWITCH. 3. PROVIDE FUSING AS REQUIRED PER ACTUAL EQUIPMENT BEING INSTALLED NAMEPLATE DATA. 4. BOILERS REQUIRE A SEPARATE 120V-1PH, 600VA CONNECTION FOR CONTROLS. PROVIDE DISCONNECT SWITCH WITH LOCK-OFF CAPABILITY. 5. BOTH PUMPS WILL NOT RUN SIMULTANEOUSLY. TO BE INTERLOCKED BY THE BAS SYSTEM. 6. ALL THREE BOILERS WILL NOT RUN SIMULTANEOUSLY. TO BE INTERLOCKED BY THE BAS SYSTEM. 7. PROVIDE SHUNT TRIP BREAKERS CONNECTED TO EPO SWITCH IN MECHANICAL ROOM. 8. IN-ROW COOLERS ARE TO BE LOCATED IN DATA CENTER. LAYOUT TO BE FINALIZED IN TI SCOPE. MECHANICAL EQUIPMENT SCHEDULE RESTROOMS LV OCCUPANCY 20 MIN - - RESTROOM LIGHTING TO BE ON DURING BUSINESS HOURS. OUTSIDE OF BUSINESS HOURS TO BE ON OCCUPANCY SENSOR. CONTROLS TO BE MODIFIED IN TI DESIGN. 3 TENANT SPACES 0-10V LV VACANCY 60 MIN - - STUMBLE LIGHTING TO BE CONTROLLED FROM ELECTRICAL ROOM. OUTSIDE OF BUSINESS HOURS TO BE ON OCCUPANCY SENSOR. CONTROLS TO BE MODIFIED IN TI DESIGN. PROVIDE UL294 RELAY FOR EM EGRESS LIGHTING. 3 MECHANICAL, ELECTRICAL, DATA CENTER 120V - -- - PROVIDE MANUAL ON/OFF FOR SAFETY. 3 ELEVATOR LOBBIES LV - - ELEVATOR LOBBY LIGHTING TO BE ON DURING BUSINESS HOURS. OUTSIDE OF BUSINESS HOURS TO BE ON OCCUPANCY SENSOR. CONTROLS TO BE MODIFIED IN TI DESIGN. 3 VESTIBULES LV OCCUPANCY 20 MIN 15, +30" 30 MIN VESTIBULE LIGHTING TO BE ON DURING BUSINESS HOURS. OUTSIDE OF BUSINESS HOURS TO BE ON OCCUPANCY SENSOR. CONTROLS TO BE MODIFIED IN TI DESIGN. 3 STORAGE ROOMS LV VACANCY 20 MIN - - MANUAL ON, AUTOMATIC OFF.3 TRASH LV VACANCY 20 MIN MANUAL ON, AUTOMATIC OFF.3 GRAND STAIR --- - GRAND STAIR LIGHTING TO BE ON DURING BUSINESS HOURS. OUTSIDE OF BUSINESS HOURS TO BE ON OCCUPANCY SENSOR OR MANUAL CONTROL. CONTROLS TO BE MODIFIED IN TI DESIGN. 3 EGRESS STAIRS LV OCCUPANCY 20 MIN - - EGRESS STAIR ON VIA FIXTURE MOUNTED OCCUPANCY SENSOR.3 EXTERIOR LIGHTING ASTRONOMICAL TIME CLOCK AND PHOTOCELL ON/OFF.3 SD FIXTURES 0-10V LV - -- - ASTRONOMICAL TIME CLOCK AND PHOTOCELL ON/OFF. PROVIDE ABILITY TO DIM SD FIXTURES TO MEET LEED LIGHT TRESPASS REQUIREMENTS. 3 KEY NOTES: 1. REFER TO PLANS FOR CONTROL ZONES. 2. MANUAL ON TO TURN LIGHT ON TO LAST DIMMED LEVEL. 3. PROVIDE UL924 SWITCHING DEVICE AS REQUIRED FOR EM CIRCUITS. LIGHTING CONTROL MATRIX AREA - SWITCH LEGS LED DIMMING TYPE SWITCH TYPE OCCUPANCY SENSOR TYPE OCCUPANCY SENSOR TIME OUT OCCUPANCY SENSOR SETTING PHOTOSENSOR FC TARGET AND TARGET HEIGHT PHOTOSENSOR TIME DELAY CONTROL SEQUENCE KEY NOTES GENERAL NOTES: 1. ON/OFF DIMMER CAPABILITY CAN BE SUBSTITUTED FOR ON/DIM-TO-OFF (WITH A JUMP FROM LOWEST DIMMING POINT TO OFF) BASED ON PRICING. 2. LV, REMOTE WITH INDICATOR LED. 3. LV, AS SHOWN ON PLANS. CHARLES CUNNIFFE ARCHITECTS COPYRIGHT CHARLES CUNNIFFE ARCHITECTSC SHEET NO. JOB NO. 2/ 7 / 2 0 1 8 7 : 2 4 : 0 8 A M E6.0 2016.01.0223 ELECTRICAL SCHEDULES AS P E N C I T Y O F F I C E S 42 5 R I O G R A N D E P L A C E AS P E N , C O LUMINAIRE SCHEDULE TYPE LOCATION SOURCE DESCRIPTION INPUT LOAD (VA) INPUT VOLTAGE (V) DIM TYPE MOUNTING MANUFACTURER AND CATALOG NUMBER KEY NOTESTYPE LUMENS CCT CRI 3000 K EXIT 5 277 V A RR'S, UPPER VESTIBULE LED LED - 1500 LUMENS 4000 K 80+ 6" DIAMETER LED DOWNLIGHT. 19 120 V 0-10V RECESSED LITHONIA LDN6 #LDN6 40/15 LO6AR MVOLT EZ1 B6 RESTROOMS LED LED - 470 LM/FT 4000 K 80+ 6' OVERALL LENGTH LED PERIMETER FIXTURE. 24 120 V 0-10V PENDANT ECOSENSE SLIM COVE DIM #SCD M 40K MULT B11 RESTROOMS, ELEV LOBBY LED LED - 470 LM/FT 4000 K 80+ 11' OVERALL LENGTH LED PERIMETER FIXTURE. 44 120 V 0-10V PENDANT ECOSENSE SLIM COVE DIM #SCD M 40K MULT B23 RESTROOMS, ELEV LOBBY LED LED - 470 LM/FT 4000 K 80+ 23' OVERALL LENGTH LED PERIMETER FIXTURE. 92 120 V 0-10V PENDANT ECOSENSE SLIM COVE DIM #SCD M 40K MULT C BACK OF HOUSE LED LED - 5000 LUMENS 4000 K 80+ 4' LENGTH LED STRIP FIXTURE. 32 120 V 0-10V PENDANT OR WALL LITHONIA LIGHTING CLX #CLX L48 5000LM HEF FDL MVOLT GZ10 40K 80CRI #ZL1D-L48-5000LM-FST-MVOLT-40K-80CRI-PLR-WH D ENCLOSED STAIR LED LED - 4200 LUMENS 4000 K 80+ 4' LENGTH LED STAIRWELL FIXTURE. 40 120 V 0-10V WALL PRUDENTIAL WAL14 SERIES #WAL14 LED4 HO 4' WFA TMW SC UNV WM DM10 OCO F VESTIBULE LED LED - 1010 LUMENS 4000 K 80+ NARROW DEPTH RECESSED CEILING DOWNLIGHT WITH SYMMETRICAL LIGHT DISTRIBUTION. WIDE BEAM 15 120 V 0-10V RECESSED BEGA #55 924 J STEPS LED LED - 147 LM/FT 4000 K 80+ EACH STAIR STEP TO HAVE ONE FULL-LENGTH LED ROPE LIGHT. REMOTE DRIVERS TO BE LOCATED IN ACCESSIBLE LOCATION TBD 8 120 V 0-10V RECESSED WALL VOLT SIDE EMITTING # SE41K-24V - PROVIDE REMOTE DRIVER AND ALL PARTS REQUIRED FOR A COMPLETE SYSTEM Q PENDANT IN CENTER STAIR LED LED 4000 K 80+ DECORATIVE CENTERPIECE PENDANT, ALLOW $10,000 116 120 V 0-10V PENDANT SPI #SIP11879-L19-120-277V-4000K-CAA-OAH-AC2 SA EXTERIOR WALL LED LED - 4215 LUMENS 4000 K 80+ LED WALL SCONCE WITH TYPE IV MEDIUM DISTRIBUTION. 27 120 V 0-10V WALL +11' WE-EF OLV344 LED SERIES #622-7723 SB EXTERIOR BOLLARD LED LED - 800 LUMENS 4000 K 80+ LED BOLLARD.11 120 V 0-10V BOLLARD SLV LIGHTING RUSTY 70 ROUND SC EXTERIOR STEPS LED LED 4000 K 80+ LED STEP LIGHT.8 120 V 0-10V RECESSED WALL +18" MP LIGHTING L49 #L49 6 D W41S W 0 A SD EXTERIOR LED LED - 375 LM/FT 4000 K 80+ 4" LINEAR WET LOCATION LISTED 15 120 V 0-10V RECESSED FOCAL POINT SEEM 4 #FSM4LWL FL 375LF 30K 1C UNV L11 X EXIT SIGN LED LED 5 120 V SURFACE LITHONIA LIGHTING EDG SERIES OWNER EQUIPMENT SCHEDULE KEY DESCRIPTION LOAD (VA) VOLT Number of Poles FEEDER O.C. PROTECTION REMARKSC.B. FUSE E-1 ELEVATOR 41570 208 V 3 REFER TO ELEVATOR DETAILS FOR ADDITIONAL INFORMATION. E-2 ELEVATOR CAB LIGHTS 500 120 V 1 REFER TO ELEVATOR DETAILS FOR ADDITIONAL INFORMATION. E-3 DOOR HARDWARE POWER 500 120 V 1 POWER FOR DOOR HARDWARE. REFER TO ARCHITECTURAL DOOR SCHEDULE FOR TYPE OF DEVICE. COORDINATE WITH DOOR HARDWARE PROVIDER. GENERAL NOTES 1. LOWER CASE "x" IN PRODUCT NUMBER INDICATES EITHER: A. COLOR OR FINISH TO BE SPECIFIED BY ARCHITECT, B. FIXTURE LENGTH TO BE AS INDICATED ON DRAWINGS, OR C. TO BE SPECIFIED BY OTHERS OR TO BE DETERMINED. 2. CATALOG NUMBERS MAY BE INCOMPLETE. CONTRACTOR TO PROVIDE ALL ACCESSORIES, ETC. FOR A FULLY FUNCTIONAL LUMINAIRE AND CONTROLS SYSTEM THAT MEETS THE INTENT OF THE DRAWINGS. ISSUE: DATE: 50% DD 10/30/17 100% DD 12/12/17 PERMIT 02/07/18 03/16/2019