HVAC RENOVATIONS TO PETERBOROUGH POLICE STATION SITE LOCATION DRAWING LIST MECHANICAL M-01 PENTHOUSE EXISTING LAYOUT M-02 PENTHOUSE NEW LAYOUT M-03 PENTHOUSE ROOF NEW LAYOUT M-04 PENTHOUSE WEST ELEVATION M-05 PENTHOUSE SOUTH ELEVATION M-06 PENTHOUSE EAST ELEVATION M-07 PENTHOUSE NORTH ELEVATION M-08 LEVEL 3, TOP FLOOR LAYOUT M-09 LEVEL 2, GROUND FLOOR LAYOUT M-10 LEVEL 1, BASEMENT LAYOUT M-11 BOILER ROOM LAYOUT M-12 BOILER VENT LAYOUT M-13 BOILER VENT ELEVATIONS M-14 EQUIPMENT SCHEDULES M-15 BAS SCHEDULES M-16 BAS SCHEDULES M-17 LEGEND M-18 PENTHOUSE EXISTING SCHEMATIC M-19 PENTHOUSE NEW SCHEMATIC M-20 BOILER ROOM EXISTING SCHEMATIC M-21 BOILER ROOM NEW SCHEMATIC ELECTRICAL E-1 BOILER ROOM LAYOUT E-2 PENTHOUSE DEMOLITION E-3 PENTHOUSE NEW LAYOUT E-4 PENTHOUSE ROOF LAYOUT E-5 SPECIFICATIONS, LEGEND & DETAILS E-6 SCHEDULES E-7 SINGLE LINE DIAGRAM ATTACHMENT #2 McDONNEL STREET WATER STREET Toronto, ON. 416.298.8448 LAPAS CONSULTING ENGINEERSLTD 970 Lawrence AvenueW.Suite#801 Toronto, ON. M6A 3B6 416.955.9088 Structural Forensic & RehabilitationServices Barrie - 36 Macmillan Cres., Barrie,ON.L4N7H1 Toronto - 605-3500 Dufferin St.,Toronto,ONM3K1N2 416.876.4357 Toronto, ON. 416.418.7375 905.409.8677 Established in 1977 Lennis Trotter Architect Oshawa, Ontario 905.576.6869 STRUCTURAL S1-01 GENERAL NOTES & SITE PLAN S1-02 EXISTING CONDITIONS - PLAN VIEWS S1-03 PENTHOUSE FRAMING DETAILS S1-04 ROOF FRAMING DETAILS S1-05 STEEL LADDER FRAMING DETAILS ROOFING R-1 ROOF FLASHING DETAILS (ROOF PLAN & NOTES) R-2 ROOF FLASHING DETAILS (ROOF CURB SECTIONS) R-3 ROOF FLASHING DETAILS (ROOF REPAIR & HATCH SECTIONS) ARCHITECTURAL A1.1 GENERAL NOTES & CONDITIONS A2.1 DEMOLITION FLOOR PLAN - PENTHOUSE A2.2 DEMOLITION ROOF PLAN - PENTHOUSE A2.3 NEW FLOOR PLAN - PENTHOUSE A2.4 NEW ROOF PLAN - PENTHOUSE A3.1 WEST ELEVATION - PENTHOUSE A3.2 SOUTH ELEVATION - PENTHOUSE A3.3 EAST ELEVATION - PENTHOUSE A3.4 NORTH ELEVATION - PENTHOUSE A4.1 DETAILS - PENTHOUSE
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HVAC RENOVATIONS TOPETERBOROUGH POLICE STATION
SITE LOCATION
DRAWING LIST
MECHANICALM-01 PENTHOUSE EXISTING LAYOUTM-02 PENTHOUSE NEW LAYOUTM-03 PENTHOUSE ROOF NEW LAYOUTM-04 PENTHOUSE WEST ELEVATIONM-05 PENTHOUSE SOUTH ELEVATIONM-06 PENTHOUSE EAST ELEVATIONM-07 PENTHOUSE NORTH ELEVATIONM-08 LEVEL 3, TOP FLOOR LAYOUTM-09 LEVEL 2, GROUND FLOOR LAYOUTM-10 LEVEL 1, BASEMENT LAYOUTM-11 BOILER ROOM LAYOUTM-12 BOILER VENT LAYOUTM-13 BOILER VENT ELEVATIONSM-14 EQUIPMENT SCHEDULESM-15 BAS SCHEDULESM-16 BAS SCHEDULESM-17 LEGENDM-18 PENTHOUSE EXISTING SCHEMATICM-19 PENTHOUSE NEW SCHEMATICM-20 BOILER ROOM EXISTING SCHEMATICM-21 BOILER ROOM NEW SCHEMATIC
ELECTRICALE-1 BOILER ROOM LAYOUTE-2 PENTHOUSE DEMOLITIONE-3 PENTHOUSE NEW LAYOUTE-4 PENTHOUSE ROOF LAYOUTE-5 SPECIFICATIONS, LEGEND & DETAILSE-6 SCHEDULESE-7 SINGLE LINE DIAGRAM
ARCHITECTURALA1.1 GENERAL NOTES & CONDITIONSA2.1 DEMOLITION FLOOR PLAN - PENTHOUSEA2.2 DEMOLITION ROOF PLAN - PENTHOUSEA2.3 NEW FLOOR PLAN - PENTHOUSEA2.4 NEW ROOF PLAN - PENTHOUSEA3.1 WEST ELEVATION - PENTHOUSEA3.2 SOUTH ELEVATION - PENTHOUSEA3.3 EAST ELEVATION - PENTHOUSEA3.4 NORTH ELEVATION - PENTHOUSEA4.1 DETAILS - PENTHOUSE
D
C
B
2 5432a
Cx
Bx
Bz
LEGEND
C
B
2 5432a
Cx
Bx
Bz
LEGEND
CM-05
AM-04
FM-06
BM-04
DM-05
EM-06
HM-07
GM-07
C
B
2 5432a
Cx
Bx
Bz
LEGEND
CM-05
AM-04
EM-06
GM-07
43 52a
43 52a
WEST ELEVATION - EXTERIOR
WEST ELEVATION - INTERIORBM-02
AM-02
LEGEND
CD BBxCx Bz
CD BBxCx Bz
SOUTH ELEVATION - EXTERIOR
SOUTH ELEVATION - INTERIORDM-02
CM-02
LEGEND
4 35 2a
4 35 2a
EAST ELEVATION - EXTERIOR
EAST ELEVATION - INTERIORFM-02
EM-02
LEGEND
C DB Bx CxBz
C DB Bx CxBz
NORTH ELEVATION - EXTERIOR
NORTH ELEVATION - INTERIORHM-02
GM-02
LEGEND
E
D
C
B
A
2 765431
NOTE
E
D
C
B
A
2 765431
NOTE
E
D
C
B
A
2 765431
NOTE
E
D
65
E
D
65
BOILER ROOM - NEW LAYOUTBM-11BOILER ROOM - EXISTING LAYOUTA
M-11
E
D
65
E
D
65
BOILER ALTERNATE VENT LAYOUTBM-12 BOILER BASE VENT LAYOUTA
M-12
NOTES
AM-13
AM-13
6 75432
BOILER BASE & ALTERNATE VENT ELEVATIONSAM-13
WEST EXTERIOR ELEVATION
EXISTING EQUIPMENT SCHEDULE
Tag Location Serving Make & Model Data Notes
ACS-1 Penthouse2nd Floor
Air HandlerTrane Climate Changer
31-HF-MP14,000 CFM
15 HP VFD FanRemove & Dispose
ACS-2 Penthouse3rd Floor
Air HandlerMcQuay
MSL122DH13,050 CFM
10 HP VFD FanRemove & Dispose
ACRE-1 Penthouse2nd Floor
Return Air FanAAF-Canada
4W-2H11,625 CFM @ 1" ESP
5 HP VFD FanTo Remain
ACRE-2 Penthouse3rd Floor
Return Air FanAAF-Canada
4W-2H11,650 CFM @ 1" ESP
5 HP VFD FanTo Remain
H-1 Penthouse 2nd FloorNeptronic Humidifier
SK-31440 lb/hr steam
Remove & Relocate,Provide new Neptronic wand tomatch new ducting arrangement
H-2 Penthouse 3rd FloorNeptronic Humidifier
SK-31030 lb/hr steam
To Remain,Provide new Neptronic wand tomatch new ducting arrangement
To Remain, replace EA damperpneumatic actuator with electric
UH-1 Penthouse Unit Heater - - Remove & Relocate
C-1 RoofCondenser forGlycol Chiller
Snyder GeneralAPD120CV12
(10) 1 HP Fans Remove & Dispose
RTU-1 Roof1st Floor
Roof Top UnitAAON - To Remain
ERV-1 Roof1st Floor
Energy RecoveryVentilator
Spinnaker - To Remain
ACC-1CRU-1
RoofRoom 307
Split A/C SystemComm. Room 307
Liebert - To Remain
ACC-2CRU-2
RoofRoom 307
Split A/C SystemComm. Room 307
Liebert - To Remain
ACC-3CRU-3
RoofRoom 224
Split A/C SystemServer Room 224
Liebert - To Remain
ACC-4CRU-4
RoofRoom 136
Split A/C SystemData Room 136
Liebert - To Remain
B-1 Boiler Room Hydronic BoilerBryan
HECLM210-W-FDG
2100 mbh input1785 mbh output
Remove & Dispose
B-2 Boiler Room Hydronic BoilerClever Brooks
M-5 2000
2000 mbh input1600 mbh output
Remove & Dispose
DWH-1 Boiler RoomDomestic HotWater Heater
RheemG76-200
76 usgal,200 mbh input
Remove & Dispose
HWT-1 Boiler RoomDomestic HotWater Tank
- 200 usgal Remove & Dispose
T-1 Boiler RoomHydronic
Expansion Tank- - To Remain
P-1(rename P-1A)
Boiler RoomModulation
Hydronic LoopArmstrong
4380 2x2x8131 usgpm @ 48 ft hd
3 HP VFD
Base - To RemainOption - Remove & Relocate
P-2(rename P-2A)
Boiler RoomMain
Hydronic LoopArmstrong
4380 1.5x1.5x860 usgpm @ 45 ft hd
2 HP VFD
Base - To RemainOption - Remove & Relocate
P-3 Boiler Room B-1Armstrong
4380 3x3x6160 usgpm @ 27 ft hd
2 HP VFDRemove & Relocate
P-4 Boiler Room B-2Armstrong
4380 3x3x6160 usgpm @ 21 ft hd
1.5 HP VFDRemove & Relocate
P-5 Boiler Room DHW Recirc.B&GK48
1/12 HP To Remain
NEW EQUIPMENT SCHEDULE
Scope Tag Location Serving Make & Model Performance Data (per unit)
BaseAHU-1AHU-2
Roof2nd Floor3rd Floor
HaakonCustom AirPak
Airflow : 14,000 CFM @ 2.5" ESP, 20 HP premium efficiency, 3/60/208V, VFD Fan, Class II PressureDX Cooling Coils : 2 totalling 500.0 mbh (41.2 tons), R410a, 45F suction, 77.0F db/65F wb EAT, 54.4F db/53F wb LATCooling EAT based on 4,200 cfm OA @ 79.3F db/66.7F wb ERV supply mixing with 9,800 cfm RA @ 76F db/64F wbHeating Coils : 2 totalling 580.5 mbh, 50% E.G., 155F EWT, 125F LWT, 44.4 usgm, 3.0 ft WPD, 62.1F EAT, 100F LATHeating EAT based on 1,500 cfm OA @ -20F db/-15F wb mixing with 12,500 cfm RA @ 72F db/54F wbPre Filter : 2" MERV 8, Final Filter : 12" MERV 14Factory starter panel & control box with one 3/60/208V & one 1/60/120V feeds, BACnet comm. cardMin. 15" high factory roof curb, Orientation of coil connections and door locations to suit layout
BaseCU-1CU-2
RoofAHU-1AHU-2
McQuayRCS045D
Cooling Capacity : 2 circuits totalling 512.4 mbh (42.7 tons), R410a, 45F suction, 95F ambient, 4 compressor, 4 stepcapacity control, Hot gas bypass, Condenser with hail protection, Low ambient fan control to 45FFactory starter panel & control box with one 3/60/208V & one 1/60/120V feeds, BACnet comm. cardRoof curbs & spring isolators
OptionERV-2ERV-3
PenthouseAHU-1AHU-2
CookERV-5500
Arrangement H
Supply Airflow : 4,200 CFM @ 1" ESP, 3 HP premium efficiency, 3/60/208V FanReturn Airflow : 4,200 CFM @ 0.75" ESP, 3 HP premium efficiency, 3/60/208V FanFrost Control Preheat : 2 stage 208V, 9 kWFactory starter panel & control box with one 3/60/208V feed, BACnet comm. cardMount on existing concrete pads using neoprene isolation pads
Base HX-1 Penthouse AHU Heating CoilsB&G GPX
P64 PN:BY5418
Gasketed PHE, 304 SS Plates, Nitrile HT Gaskets, 150 psig ASME design pressure, Suitable for fluids servicedHot Side : 79.3 usgpm Hydronic Hot Water from 160F to 130F, 3.5 psig max. pressure dropCold Side : 88.8 usgpm 50% EG from 125F to 155F, 5.0 psig max. pressure drop, 1,170.7 mbh capacityMount on galvanized steel fully welded drip pan with valved drain connection
Option P-1B Boiler Room
ModulationHydronic Loop
(Standby Pump)
Armstrong4380 2x2x8
Capacity : 131 usgpm 160F Hydronic Hot Water @ 48 ft hd, Non-overloading Impeller, Bronze fitted construction3 HP premium efficiency, inverter duty, 1.15 SF, 1800 rpm, ODP, 3/60/208V motor3 x 2 suction guide, Danfoss VLT VFD starter
Option P-2B Boiler Room
MainHydronic Loop
(Standby Pump)
Armstrong4380 1.5x1.5x8
Capacity : 60 usgpm 160F Hydronic Hot Water @ 45 ft hd, Non-overloading Impeller, Bronze fitted construction2 HP premium efficiency, inverter duty, 1.15 SF, 1800 rpm, ODP, 3/60/208V motor2.5 x 2 suction guide, Danfoss VLT VFD starter
Base P-6 Penthouse HX-1 HW sideArmstrong
4380 2x2x8
Capacity : 80 usgpm 160F Hydronic Hot Water @ 30 ft hd, Non-overloading Impeller, Bronze fitted construction5 HP premium efficiency, inverter duty, 1.15 SF, 1800 rpm, ODP, 3/60/208V motor3 x 2 suction guide, 2" Belimo B349 3 way mixing valve with 24V modulating actuator, Danfoss VLT VFD starter
Base P-7 PenthouseHX-1 EG side
to AHU-1Armstrong
4380 2x2x10
Capacity : 45 usgpm 155F 50% EG @ 40 ft hd, Non-overloading Impeller, Bronze fitted construction7.5 HP premium efficiency, inverter duty, 1.15 SF, 1800 rpm, ODP, 3/60/208V motor2.5 x 2 suction guide, 2" Belimo B347 3 way mixing valve with 24V modulating actuator, Danfoss VLT VFD starter
Base P-8 PenthouseHX-1 EG side
to AHU-2Armstrong
4380 2x2x10
Capacity : 45 usgpm 155F 50% EG @ 40 ft hd, Non-overloading Impeller, Bronze fitted construction7.5 HP premium efficiency, inverter duty, 1.15 SF, 1800 rpm, ODP, 3/60/208V motor2.5 x 2 suction guide, 2" Belimo B347 3 way mixing valve with 24V modulating actuator, Danfoss VLT VFD starter
Base GT-1 Penthouse EG expansion tankArmstrong
AX-15V
Pre-charged, diaphragm style, vertical expansion tank125 psig working pressure, ASME designCapacity : 5 usgal acceptance volume, 8 usgal total volume
200 usgal tank volume, Glass lined, Jacketed Round, ASME 125 psig certified, Pre-piped 120v Agitator pump (P-10)Armstrong Model THWX-08018-4-1 copper double wall tube bundle, Tube side; 50 usgpm 160F Hydronic waterTube Side; 166.1 mbh, 1.2 psi PD, Tank Side; 166.1 mbtu total in 1 hr, 140F final temp
Base P-9 Boiler RoomHWT-1
Tube BundleArmstrong
4380 2x2x6
Capacity : 50 usgpm 160F Hydronic Hot Water @ 15 ft hd, Non-overloading Impeller, Bronze fitted construction1.5 HP premium efficiency, 1.15 SF, 1800 rpm, ODP, 3/60/208V motor,2 x 2 suction guide, Combination magnetic starter
Base T-2 Boiler RoomDomestic Hot
Water ExpansionTank
ArmstrongAST-5
Pre-charged, diaphragm style, vertical expansion tank for potable water150 psig working pressure, ASME designCapacity : 2.1 usgal acceptance volume, 3.5 usgal total volume
OptionEWSS-1EWSS-2
PenthouseBoiler Room
Combination EyeWash Safety
Shower
BradleyS19314SB
Plastic drench showerhead with pull handle, Eyewash with stainless steel bowl, Galvanized steel assembly with safetyyellow coating, Universal identification sign and inspection tag
EXISTING BAS SCHEDULE
Floor Tag Serving Digital I/O Analog I/O Notes
Penthouse ACS-1 Air Handler for Level 2
Supply Fan ACS-1 start/stopReturn Fan ACRE-1 start/stopHumidifier H-1 start/stopChiller GC-1 enableChiller pump GP-1 start/stop
Supply Fan ACS-1 VFD speed controlReturn Fan ACRE-1 VFD speed controlSupply Fan ACS-1 VFD speed feedbackReturn Fan ACRE-1 VFD speed feedbackSupply Duct pressureOutdoor, Supply, Mixed Air tempsReturn Air temp, humidityExhaust, Return, Outside Air dampersHot/Cold deck Air damperHeat, Cool valves
Remove & Dispose ACS-1,Reuse ACRE-1 & connect to new BAS,Reuse H-1 & connect to new BAS,Remove & Dispose GC-1 & GP-1
Penthouse ACS-2 Air Handler for Level 3
Supply Fan ACS-2 start/stopReturn Fan ACRE-2 start/stopHumidifier H-2 start/stopChiller GC-1 enableChiller pump GP-1 start/stop
Supply Fan ACS-2 VFD speed controlReturn Fan ACRE-2 VFD speed controlSupply Fan ACS-2 VFD speed feedbackReturn Fan ACRE-2 VFD speed feedbackSupply Duct pressureOutdoor, Supply, Mixed Air tempsReturn Air temp, humidityExhaust, Return, Outside Air dampersCool valve
Remove & Dispose ACS-2,Reuse ACRE-2 & connect to new BAS,Reuse H-2 & connect to new BAS,Remove & Dispose GC-1 & GP-1
RoofRTU-1 &
ERV-1Rooftop Unit & ERVfor Level 1
RTU-1 start/stopRTU-1 run statusERV-1 start/stopERV-1 run status
Return, Supply Air temps
Reuse RTU-1, ERV-1 & connect to new BAS
Level 3, Top Floor VAV 3.01
315A NE Corner Office317 Storage318 Media/Training
Electronic modulating reheatElectronic modulating radiationTemp sensor 3.01 in 315A office
Reuse VAV & connect to new BAS
Level 3, Top Floor VAV 3.02
315A Corridor319 Locker320 Professional Standards321 Resource
Electric 2 position radiation Electronic modulating reheatTemp sensor 3.02 in 315A corridor
Reuse VAV & connect to new BAS
Level 3, Top Floor VAV 3.03325 Deputy Chief Electric 2 position radiation Electronic modulating reheat
Temp sensor 3.03 in 325Reuse VAV & connect to new BAS
Boiler B-1,2 AlarmsPump P-1 (Mod Loop) start/stopPump P-1 status
Pump P-1 (Mod Loop) VFD speed controlPump P-1 (Mod Loop) delta pressure(dP sensor located in ceiling of basementexercise room, field confirm)Mod Loop Supply, Return temps3-way mod valve
Remove & Dispose B-1,2,Reuse P-1 & connect to new BAS
NEW BAS SCHEDULE
Floor Tag Serving Digital I/O Analog I/O Notes
Penthouse
AHU-1,ACRE-1,
CU-1,H-1
Level 2 HVAC
Supply Fan AHU-1 start/stopReturn Fan ACRE-1 start/stopHumidifier H-1 enableCondensing Unit CU-1 enable
Supply Fan AHU-1 VFD speed controlReturn Fan ACRE-1 VFD speed controlSupply Fan AHU-1 VFD speed feedbackReturn Fan ACRE-1 VFD speed feedbackSupply Duct pressureOutdoor, Supply, Mixed Air tempsReturn Air temp, humidity, CO2AHU-1 MA, OA & EA dampers
Occupied Mode: System to start & run according toschedule (24 hour occupied, adjustable).Static Control: supply fan VFD to maintain supplyduct pressure (adjustable). Return fan VFD to tracksupply & run at 90% supply fan speed (adjustable).Economizer Control: when OA below coolingsetpoint or above heating setpoint (adjustable),maintain cooling or heating mixed air temps(adjustable) using AHU MA, OA & EA dampers.IAQ Control: when CO2 above setpoint (adjustable),override ERV/Economizer damper settings(adjustable).Temp Control: to maintain target SA temp(adjustable). Cooling; enable CU-1 to operate usingits own self contained controls. Heating; enable HX-1system.Humidity Control: to maintain RA humidity setpoint(adjustable), enable H-1 to operate using its own selfcontained controls.
Penthouse
AHU-2,ACRE-2,
CU-2,H-2
Level 3 HVAC
Supply Fan AHU-2 start/stopReturn Fan ACRE-2 start/stopHumidifier H-2 enableCondensing Unit CU-2 enable
Supply Fan AHU-2 VFD speed controlReturn Fan ACRE-2 VFD speed controlSupply Fan AHU-2 VFD speed feedbackReturn Fan ACRE-2 VFD speed feedbackSupply Duct pressureOutdoor, Supply, Mixed Air tempsReturn Air temp, humidity, CO2AHU-2 MA, OA & EA dampers
To follow controls noted above.
Penthouse(ERV Option)
Add toAHU-1system;ERV-2
Level 2 HVAC
Add to AHU-1 system;ERV-2 enable
Add to AHU-1 system;ERV-2 EA & SA dampers(normally closed)
Add to AHU-1 system;ERV Control: when OA above cooling setpoint orbelow heating setpoint (adjustable), enable ERV tooperate using its own self contained controls.Maintain cooling or heating mixed air temps(adjustable) using ERV EA & SA dampers.
Penthouse(ERV Option)
Add toAHU-2system;ERV-3
Level 3 HVAC
Add to AHU-2 system;ERV-3 enable
Add to AHU-2 system;ERV-3 EA & SA dampers(normally closed)
Add to AHU-2 system;ERV Control: when OA above cooling setpoint orbelow heating setpoint (adjustable), enable ERV tooperate using its own self contained controls.Maintain cooling or heating mixed air temps(adjustable) using ERV EA & SA dampers.
PenthouseP-6P-7P-8
HX-1 HW pumpAHU-1 glycol pumpAHU-2 glycol pump
Pumps P-6,7,8 start/stop Pumps P-6,7,8 VFD speed controlPumps P-6,7,8 VFD speed feedbackHW, AHU-1, AHU-2 3-way mod valvesHW, AHU-1, AHU-2 mixed glycol tempsHX-1 HW off, HGR on, HGS off temps
Heating Temp Control: Adjust P-6 speed based on 1or 2 AHU call for heat, adjust HW 3-way mix valve tomaintain HW loop temp (adjustable). Adjust P-7,8speed based on offset from AHU SA temp setpoint,adjust AHU 3-way mix valve to maintain mixed glycolloop temp (adjustable).
PenthouseExisting
Fire AlarmShutdown
Fire Alarm Shutdown input toBAS
Monitor only, no control
Penthouse
ExistingGenerator
LoadShed
Non-essential loadsdo not operate whengenerator runs
New CRNP N.O. contact (closedin normal position) input to BAS.New CRNP N.O. contacts asrequired to connect newequipment (see ElectricalDrawings)
When Generator runs, BAS to modulateAHU-1,2 supply fan VFD to preset reducedspeed (adjustable).
Generator Load Shed of following non-essentialloads (see Electrical Drawings);Existing H-1,2 (connected already)Existing RTU-1 & ERV-1 (connected already)Existing Elevator (connected already)New CU-1,2 (replaces GC-1, C-1 & GP-1)New ERV-2,3New P-6,7,8 (note - no AHU heat, close OAdampers & run on hydronic reheat & radiation only)New P-9 (no secondary DHW heating)
NEW BAS SCHEDULE
Floor Tag Serving Digital I/O Analog I/O Notes
RoofRTU-1 &ERV-1
Level 1 HVAC
RTU-1 start/stopRTU-1 run statusERV-1 start/stopERV-1 run status
Return, Supply Air temps Occupied Mode: System to start & run according toschedule (24 hour occupied, adjustable).ERV-1 starts after RTU-1 run status confirmed.Temp Control: to maintain target SA temp(adjustable). RTU-1 controls SA temp and staticpressure based on its own self contained controls.RA setpoint is 22C (71.6F) (adjustable) andoperating range is 2.5C (4.5F). As RA goes from20.75 to 23.25C (69.4 to 73.9F), SA will go from 24to 12.5C (75.2 to 54.5F). When RA is at 22C (71.6F)setpoint, SA setpoint will be 18C (64.4F).
ACC-1 start/stopACC-1 run statusACC-2 start/stopACC-2 run statusACC-3 start/stopACC-3 run statusACC-4 start/stopACC-4 run status
Temp & Humidity sensor in 307Temp sensor in 224Temp sensor in 136
Existing equipment not on existing BAS,Add new temp & humidity sensors in rooms shown,Add graphics, control, monitoring, alarming ofexisting stand alone A/C systems.
Level 3, Top Floor19 VAVs,
VAV3.01 toVAV3.19
Per Existing BASSchedule
Per Existing BAS Schedule
Per Existing BAS Schedule(Option for additional VAV controls toprovide improved temperature control inrooms served by VAV)
Per Existing VAV Control Schedule,(Option for additional VAV controls);Add new temp sensor 3.15A in room 305,Replace 3.17 pnuematic reheat valve with electronic,Add new temp sensor 3.18A in room 341
Level 2, GroundFloor
13 VAVs,VAV2.01 to
VAV2.13
Per Existing BASSchedule
Per Existing BAS Schedule
Per Existing BAS Schedule(Option for additional VAV controls toprovide improved temperature control inrooms served by VAV)
Per Existing VAV Control Schedule,(Option for additional VAV controls);Add new temp sensor 2.09A in room 242,Add new temp sensor 2.11A in room 238,Add new temp sensor 2.13A in room 231,Add new temp sensor 2.13B in room 233
Level 1, Basement13 VAVs,
VAV1.01 toVAV1.13
Per Existing BASSchedule
Per Existing BAS Schedule Per Existing BAS Schedule Per Existing VAV Control Schedule
B-1,2 enableB-1,2 statusP-3,4 start/stop by boilersP-3,4 status
0-10vDC B-1,2 HWS setpointsB-1,2 HWS temps
Outdoor Air Reset: HWS 60 to 70C (140 to 160F) for0 to -20C (32 to -4F) OA (adjustable),Boiler Lead/Lag,Boiler Control: Enable lead boiler when OA tempfalls below setpoint (adjustable) & cycle/modulate tomaintain HWS setpoint. If lead boiler goes intoalarm, lag boiler will start & run until lead boilerreturns to normal state. Enable lag boiler on offsetfrom HWS setpoint (adjustable).
Pump P-1A (Mod Loop) VFD spd controlPump P-1A (Mod Loop) delta pressure(dP sensor located in ceiling of basementexercise room, field confirm)Mod Loop Supply, Return temps3-way mod valve
P-1A to run continuously when boiler controlenabled. VFD to modulate P-1A speed based on dPsensor. Target mod loop supply temp from 30 to 70C(86 to 160F) for 15 to-15C (59 to 5F) OA(adjustable).
Level 1, BasementBoiler Room
HWT-1P-9
Secondary DHWheating
P-9 start/stopP-9 statusDWH-1 alarm
HWT-1 tempP-9 enabled when boiler control enabled. P-9 to runon offset from DWH setpoint (adjustable) or whenDWH-1 goes into alarm.
Pump P-2B (Main Loop) VFD spd controlPump P-1B (Mod Loop) VFD spd control
P-2B is standby to P-2A, P-1B is standby to P-1A.If pump A goes into alarm, pump B will start, run &modulate speed until pump A returns to normalstate. A & B pumps shall not run simultaneously andbe electrically & BAS interlocked.
EXISTING & NEW VAV CONTROL SCHEDULE
Normal OperationCooling Control: VAV to modulate between maximum & minimum flow rates to satisfy cooling demand. Increase flow for more cooling and decrease flow for less cooling. If VAV is at minimum flow androom temperature is still too cool, then VAV is to modulate to Reheat Air Flow (50% of maximum) and modulate reheat coil valve to satisfy the heating setpoint.Level 3 Heating Control: Rooms with radiation have 2 position on-off control valves. According to existing documentation, the valve actuator operation calls for a 5 minute delay on opening for heatingcall and 5 minute delay on closing for end of heating call. Radiation valve to open when control signal to reheat valve reaches 50% (adjustable) and close when control signal decreases to 10%(adjustable).Level 2 Heating Control: Rooms with radiation have modulating control valves. Radiation valves will modulate with the same control signal as the reheat valve.Level 1 Heating Control: No radiation heating, only reheat coils with modulating control valves.Temperature setpoints: Heating setpoint is room thermostat setpoint minus 0.5C (1F), cooling setpoint is room thermostat setpoint plus 0.5C (1F).
Unoccupied OperationWhen the associated air handling system is in unoccupied mode, the VAV will also be in unoccupied mode. Heating for maintaining room temp will be at unoccupied setpoint. During unoccupied VAVmode, pressing the override button on the thermostat will revert VAV control back to occupied mode for 1 hour (adjustable).
Morning Warmup OperationIf SA temp to the VAV increases to 24C (75F), the VAV damper will modulate between maximum & minimum flow rates. Increase flow for more heating and decrease flow for less heating. When SAtemp to VAV falls below 21C (70F), the VAV will return to normal operation (open for cooling, close for heating).
Fan Powered Box OperationLevel 1 Exercise Room, Level 2 EOC/Briefing Room & Public Meeting Room all have fan powered boxes. Fan will start & run continuously whenever the box is in occupied mode. All other sequencesare the same as VAV box sequences.
GENERAL LEGEND & ABBREVIATIONS COMPONENT, VALVE & CONTROL LEGEND AIR HANDLING LEGEND EQUIPMENT LEGEND
ACS-1
H-1
TO 2nd FLOOR
ACRE-1 TE-2 GE-1
ACRE-2
ACS-2
TO 3rd FLOOR
GP-1
H-2
C-1
GC-1
GT-1
UH-1
P-7
H-1
TO 2nd FLOOR
ACRE-1 TE-2
ACRE-2
UH-1
TO 3rd FLOOR
H-2
GT-1
AHU-1
CU-1
AHU-2
CU-2
ERV-2
D-2
D-3L-2
W-2
ERV-2D-2
D-3L-2
D-1
D-1
W-1
HX-1P-6 PF-1 F-1 P-8
EWSS-1
L-1
EXISTING HYDRONIC HEATING LOOPEXISTING DOMESTIC WATER HEATING LOOP
B-1
P-3
P-1
P-2
T-1P-4
EAST WALL
NORTH WALL
P-5
B-2
DWH-1HWT-1PF-1 F-1
NEW HYDRONIC HEATING LOOPNEW DOMESTIC WATER HEATING LOOP
P-3
B-2
P-5
DWH-1HWT-1
P-9
T-2
B-1
P-10
EWSS-2
PF-1 F-1
P-1A
EAST WALL
NORTH WALL
P-1B
P-2A
P-2B
T-1
P-4
E
D
65
E
D
65
BOILER ROOM - EXTG. LAYOUT
1
BOILER ROOM - NEW LAYOUT
2
C
B
2 543
120/208V 3Ø 4W
225A MAINS
RP-BR (NEW)
N
ELECTRICAL SPECIFICATIONS:
ELECTRICAL LEGEND
N.T.S.
TYPICAL VFD STARTER WIRING DIAGRAM
1
208V 3Ø 3W
(C/W CUSTOM LUGS TO SUIT EXTG. FEEDER)
PP-PH (NEW)
REUSE EXTG. 2X(3#350MCM-3") FEEDER
208V 3Ø 3W
600A MAINS
PP-MCC (EXTG.)
400A MAINS
(EXTG. CHILLER REMOVED)
Lennis Trotter Architect
Oshawa, Ontario 905.576.6869REVISION
DATE PROJECT NO
SCALE
DRAWING NO
PROJECT NAME
DRAWING CLIENT
DRAWN BY
1334FEB 20 2014
NTS
A1.1
PETERBOROUGH LAKEFIELD POLICEPENTHOUSE RENOVATIONS500 WATER ST.
PETERBOROUGH
P.L.P.S.GENERAL NOTES AND CONDITIONS
WL
1 ISSUED FOR TENDER FEB 18 2014
GENERAL NOTES
1. GENERAL NOTES APPLY TO ALL ARCHITECTURALDRAWINGS.
2. CONTRACTOR SHALL CONFORM TO ALL INDUSTRYSTANDARDS FOR INSTALLATION, ACCORDING TO BESTPRACTICES.
3. THE ARCHITECT IS NOT RESPONSIBLE FOR THE ACCURACYOF THE INFORMATION CONCERNING THE SITE WHENFURNISHED BY OTHERS.
4. DRAWINGS PREPARED BY THE ARCHITECT ARE HISCOPYRIGHT PROPERTY AND SHALL BE RETURNED TO HIMON REQUEST. REPRODUCTION OF DRAWINGS ANDSPECIFICATIONS IN WHOLE OR IN PART IS FORBIDDENWITHOUT THE ARCHITECT'S WRITTEN PERMISSION.
5. CONTRACTOR SHALL CONFIRM EXISTING CONDITIONS.
6. CONTRACTOR SHALL REPORT ANY DISCREPANCIES IN THEDRAWINGS IMMEDIATELY TO THE ARCHITECT.
7. GENERAL CONTRACTOR TO COORDINATE WITH PLUMBER,ELECTRICIAN, ALL OTHER SUB-TRADES AND SUPPLIERS, TOENSURE THAT THERE IS ADEQUATE ROOM FOR NEWMECHANICAL AND ELECTRICAL SYSTEMS. GENERALCONTRACTOR TO COORDINATE LOCATION WITH ALLTRADES THE LOCATION OF FIXTURES AND EQUIPMENTBEFORE ROUGH-INS BEGIN.
8. PATCH AND MAKE GOOD ALL SURFACES AND FINISHESWHERE DEMOLITION OCCURS.
9. ENSURE THAT THE INTEGRITY OF ANY FIRE RATING IN ALLWALLS AND FLOOR ASSEMBLIES
10. CONTRACTOR SHALL PATCH AND MAKE GOOD ALLSURFACES AND FINISHES.
11. CONTRACTOR TO VERIFY ALL FINISHES AND FIXTURESWITH CLIENT BEFORE INSTALLATION.
12. NEW SUPPORT BLOCKING IN ALL WALLS WHEREINSTALLATION OF ALL MILLWORK, TOWEL DISPENSERS,SOAP DISPENSERS AND ANY OTHER WALL MOUNTEDACCESSORY OCCURS.
13. REFER TO DOCUMENTS PREPARED BY OTHERCONSULTANTS FOR THE ENGINEERING RELATED TO:STRUCTURAL MECHANICAL AND ELECTRICAL.
14. NEW PRODUCTS SHALL MATCH EXISTING ADJACENTPRODUCTS: (SIZE, COLOUR, AND FINISH OF EXISTINGMATERIALS)
15. GENERAL CONTRACTOR SHALL SUBMIT SHOP DRAWINGSTO ARCHITECT FOR APPROVAL OF ALL ARCHITECTURALITEMS.