Larson Incitti Architects Page 1 of 2 2570 FNE ECE PROPOSAL REQUEST [X] Owner [X] Mechanical [X] Architect [X] Electrical [X] Contractor [ ] Acoustical [ ] Civil [ ] Food Service [ ] Landscape [ ] Geotechnical [ ] Structural [ ] Other Project: Far Northeast ECE PR Number: PR-04 Project No: 1505 Issue Date: July 5, 2016 Owner: School District 27J Architect: Larson Incitti Architects 18551 E. 160 th Avenue 1900 Wazee Street, #1539 Brighton, CO 80601 Denver, Colorado 80202 Contractor: GH Phipps Contract For: New Building 5995 Greenwood Plaza Blvd. Ste. 100 Greenwood Village, CO 80111 Submit an itemized quotation for changes in the Contract Sum and/or Time related to proposed modifications to the Contract Documents described below. THIS IS NOT A CHANGE ORDER OR A DIRECTIVE TO PROCEED WITH THE WORK DESCRIBED HEREIN. Description: Boiler changes. Revised duct routes per RFI-21. Added emergency lighting noted in lighting submittal. MECHANICAL: PR04-M1.0 RE: Drawing Sheet M1.0 LEVEL 1 HVAC PLAN a. Revised medium pressure duct routing and sizes for classroom VAV boxes. PR04-M3.1 RE: Drawing Sheet M3.1 ENLARGED MECHANICAL PLANS a. Revised line work and equipment call-outs for 2 nd Boiler and Secondary Boiler pumps HWP- 1 & HWP-2. PR04-M7.1 RE: Drawing Sheet M7.1 MECHANICAL SCHEDULES a. Revised pump schedule to match Electrical plans in pump hp sizing requirements from Permit set. b. Revised Boiler Schedule for single Hydronic boiler with (2) modules capable of providing the same hydronic boiler capacity as the Permit set boilers. PR04-M8.1 RE: Drawing Sheet M8.1 MECHANICAL SCHEMATICS a. Revised Schematic for single hydronic boiler. b. Revised Sequence of operations to exclude the 2 nd hydronic boiler. HWP-1 & HWP-2 are now integral to B-1 ELECTRICAL: PR04-E1 RE: Drawing Sheets E2.1 Level 1 Power Plan: a. Maintenance Room 104C: Revised to match mechanical changes. PR04-E2 RE: Drawing Sheets E3.1 Plans; Level 1 Lighting Plan: a. Clinic: Added EM light fixture. b. Reception: Added EM light fixtures. c. Workroom: Added EM light fixtures
Transcript
Larson Incitti Architects Page 1 of 2 2570 FNE ECE
Project: Far Northeast ECE PR Number: PR-04 Project No: 1505 Issue Date: July 5, 2016 Owner: School District 27J Architect: Larson Incitti Architects 18551 E. 160th Avenue 1900 Wazee Street, #1539 Brighton, CO 80601 Denver, Colorado 80202 Contractor: GH Phipps Contract For: New Building 5995 Greenwood Plaza Blvd. Ste. 100 Greenwood Village, CO 80111
Submit an itemized quotation for changes in the Contract Sum and/or Time related to proposed modifications to the Contract Documents described below. THIS IS NOT A CHANGE ORDER OR A DIRECTIVE TO PROCEED WITH THE WORK DESCRIBED HEREIN.
Description: Boiler changes. Revised duct routes per RFI-21. Added emergency lighting noted in lighting
a. Revised medium pressure duct routing and sizes for classroom VAV boxes. PR04-M3.1 RE: Drawing Sheet M3.1 ENLARGED MECHANICAL PLANS
a. Revised line work and equipment call-outs for 2nd Boiler and Secondary Boiler pumps HWP-1 & HWP-2.
PR04-M7.1 RE: Drawing Sheet M7.1 MECHANICAL SCHEDULES a. Revised pump schedule to match Electrical plans in pump hp sizing requirements from
Permit set. b. Revised Boiler Schedule for single Hydronic boiler with (2) modules capable of providing the
same hydronic boiler capacity as the Permit set boilers. PR04-M8.1 RE: Drawing Sheet M8.1 MECHANICAL SCHEMATICS
a. Revised Schematic for single hydronic boiler. b. Revised Sequence of operations to exclude the 2nd hydronic boiler. HWP-1 & HWP-2 are
now integral to B-1 ELECTRICAL: PR04-E1 RE: Drawing Sheets E2.1 Level 1 Power Plan:
a. Maintenance Room 104C: Revised to match mechanical changes.
PR04-E2 RE: Drawing Sheets E3.1 Plans; Level 1 Lighting Plan: a. Clinic: Added EM light fixture. b. Reception: Added EM light fixtures. c. Workroom: Added EM light fixtures
DW
T
T
T T
T
T
T
T
T
TT
T
T
T T
T
T
CO
²
CO
²
CO
²
CO
²
CO
²
CO
²
CO
²
CO
²
CO²
CO
²
CO
²
CO
²
CO
²
T
T
75432
A
B
C
1
D
D.2
D.1
A.3
7.1
5.3
3.3
C.7
C.8
D3
1.8 6
6.2
4.2
A.9
1.2
MULTIPURPOSE
103
CONFERENCE
102
CORRIDOR
100
OFFICE
101F
OFFICE
101E
OFFICE
101D
UNISEX
101BA
CLINIC
101B
RECEPTION
101A
WORKROOM
101C
VESTIBULE
100A
MDF
114A UNISEX
114B
WOMEN
100C
MEN
100B
CLASSROOM
113
CLASSROOM
112
CLASSROOM
111
CLASSROOM
110
STORAGE
113A
STORAGE
112B
UNISEX
112A
UNISEX
110A
STORAGE
111A
STORAGE
110B
CORRIDOR
105
FOOD
SERVICE
104A
STORAGE
103A
CUSTODIAL
104B
MECHANICAL
104C
STORAGE
104CA
O/S1
O/S1
CLASSROOM
106
CLASSROOM
107
CLASSROOM
108
CLASSROOM
109
UNISEX
106A
STORAGE
106B
STORAGE
107A
UNISEX
108A
STORAGE
108B
STORAGE
109A
OUTDOOR
STORAGE
O/S2
VAV-03
VAV-02
VAV-09
VAV-01
VAV-04
VAV-06
VAV-07
VAV-08
VAV-12
VAV-17
VAV-05
UH-1
CUH-232x20 SA/RA UP
32x18 SA/RA UP
36x20 SA/RA UP
M3.1
1
8"Ø EA UPTO EF-4
8"Ø EA UPTO EF-5
10x10 EA UPTO EF-6
8"Ø EA UPTO EF-2
8"Ø EA UPTO EF-3
1
2 2
2
2
3
12"x10" SA
SD-18"Ø
(TYP. 2)280
RG-1
8"x8" SA
10"x10" SA
SD-1
42010"Ø RG-1
SD-1
706"Ø
SD-1
1206"Ø
8"x8" SA
8"x8" SA
SD-1
856"Ø
SD-1
856"Ø
RG-1
RG-1SD-1
2708"Ø
RG-110"x8" SA
SD-1
8"Ø
(TYP. 2)320
12"x
12"
SA
24"x
18"
SA
16"x
12"
SA
20"x
14"
SA
RG-1
SD-1
10"Ø
(TYP. 2)430
14"x12" SA
SG-1
22x12
(TYP. 3)1000
26"x
16"
SA
RG-1
RG-1SD-1
706"Ø
SD-1
1006"Ø
10"x
10"
SA
16"x
12"
SA
SD-2
8"Ø
(TYP. 2)230
SD-1
8"Ø
(TYP. 2)230
24"x10" SA
24"x10" SA
SD-18"Ø
(TYP. 2)280
SD-2
8"Ø
(TYP. 2)280
14"x
14"
SA
12"x
10"
SA
VAV-10
RG-1
SD-28"Ø
(TYP. 2)280
14"x
14"
SA
12"x
10"
SA
SD-18"Ø
(TYP. 2)280
RG-1
VAV-13
14"x
14"
SA
12"x
10"
SA
SD-28"Ø
(TYP. 2)280
SD-1
8"Ø
(TYP. 2)280
RG-1
24"x10" SA
24"x10" SA
RG-1RG-1
RG-1 RG-1
VAV-19
SD-28"Ø
(TYP. 2)305
12"x
10"
SA
14"x
14"
SA
SD-1
8"Ø
(TYP. 2)305
VAV-15 VAV-18RG-1
VAV-14
SD-1
8"Ø
(TYP. 2)255
SD-2
8"Ø
(TYP. 2)255
SD-2
8"Ø
(TYP. 2)230
SD-1
8"Ø
(TYP. 2)230
16"x
12"
SA
10"x
10"
SA
10"x
10"
SA
16"x
12"
SA
12"x
10"
SA
14"x
14"
SA
SD-1
8"Ø
(TYP. 2)280
SD-2
8"Ø
(TYP. 2)280
SD-1
3008"Ø
SD-1
3008"Ø
VAV-16
10"x8" SA
RG-1
RG-1
SD-1
40010"Ø
10"x10" SA
CUH-1
4
RG-1
TG-1
12x12(TYP. 2)
TG-1
12x12(TYP. 2)
TG-1
12x12(TYP. 2)
TG-112x12
(TYP. 2)
TG-1
12x12(TYP. 2)
TG-112x12
(TYP. 2)
VAV-11
EG-1
14012x12
EG-1
14012x12
6"x6" EA
EG-1
7012x12
10"x8" SACORRIDOR
104
SD
-1
100
6"Ø
RG-1
SG-1
14012x12
SG-1
14012x12
SG-1
14012x12
SG-1
14012x12
EF-7
FC-1
SD-1
606"Ø
SD-1
606"Ø
SD-1
606"Ø
SD-1
606"Ø
SD-1
606"Ø
SD-1
606"Ø
SD-1
606"Ø
SD-1
606"Ø
EH-15
6
7
8
10
10 10
P
P
P
WORKROOM
114
32"x18" SA
10"ø
SA
8"ø
SA
6
1. PROVIDE CEILING MOUNTED EXHAUST FAN WITH CONTROLINTERLOCKED TO LIGHT SWITCH.
2. PROVIDE ROOF MOUNTED EXHAUST FAN WITH CONTROLINTERLOCKED TO LIGHT SWITCH.
3. PROVIDE ROOF MOUNTED EXHAUST FAN ON OCCUPANCY TIMECLOCK WITH CURB & CONTROLS.
4. PROVIDE RECESSED CEILING MOUNTED CABINET UNIT HEATER,CONTROLS, ELECTRICAL, SUPPORTS, AND HYDRONIC PIPING.REFERENCE SHEET M5.1.
5. PROVIDE RECESSED WALL MOUNTED ELECTRIC HEATER. MFR:MARLEY, MODEL: SRA1012DSF, 1 KW, 120V, 8.4 AMPS.
6. PROVIDE SPLIT SYSTEM FAN COIL UNIT FOR MDF ROOM. PROVIDESUPPORTS, ELECTRICAL, CONTROLS, GROUND FILTER BOX,CONDENSATE PUMP, AND COPPER REFRIGERANT LINE SET ROUTED TOASSOCIATED ROOFTOP CONDENSING UNIT. SEE SHEET M1.2 FORCONTINUATION.
7. PROVIDE VAV BOX WITH HYDRONIC REHEAT COIL. CONTRACTOR TOVERIFY MAINTENANCE ACCESS FOR INSTALLED LOCATION, TYPICAL.
8. PROVIDE CEILING MOUNTED TRANSFER GRILLES, DUCTWORK, ANDSUPPORTS, TYPICAL.
9. PROVIDE RECESSED CABINET UNIT HEATER, CONTROLS,ELECTRICAL, SUPPORTS, AND HYDRONIC PIPING. COORDINATELOCATION WITH ARCHITECT.
10. PROVIDE DIFFERENTIAL STATIC PRESSURE SENSOR IN DUCTWORKLOCATED 2/3 DOWNSTREAM FROM AIR HANDLER.
KEY NOTES (THIS SHEET)
SHEET:
OF:
DESIGNED BY:DRAWN BY:CHECKED BY:DATE:SCALE:
DENVER PUBLIC SCHOOLSDEPARTMENT OF
FACILITY MANAGEMENT
APPROVED CONTRACT DOCUMENT
DATE:
NO. DATE DESCRIPTION OF REVISION AUTHORITY MADE APPR'D.
DENVER, COSCHOOL DISTRICT NO. 1 SITE NO. 196
DWG. NO.
DEPARTMENT OF FACILITY MANAGEMENT
DENVER PUBLIC SCHOOLS
LARSON INCITTI ARCHITECTS1900 WAZEE ST. SUITE 1539
DENVER, CO 80202
303-292-4304
AS NOTED CONSTRUCTION DOCUMENTS
953.001
SCHOOL NO. 1107
72M1.0
PP2570 FAR NORTHEAST ECECATHAY ST., DENVER, CO 80249
JRKMJC
02/11/16
LEVEL 1 HVAC PLAN
1107 -
2570 -
OR
- M
1.0
MLR
SCALE: 1/8" = 1'-0"1LEVEL 1 HVAC PLAN
SUITE 1500
80202
3 0 3 . 3 8 2 . 1 9 2 0T :
3 0 3 . 3 8 2 . 1 9 3 0
717 17th Street,
F :
DENVER, CO
High Performance Building Consultants
w w w . m e g r o u p . c o m
Job #:
Rme UPG
51
1 07/01/16 PR-04
NORTH
6
M
3
A
10x10 EA UP TO EF-1
UH-2
EEW/SHR-1
FS-1
EF-8
L-1
HWP-3 HWP-4
GWH-1
2"FD-1
DCP-1
2 1/2" G
1 1
/4"
G
2 1
/2"
G
1-1/2" V UP
6"ø E
A
4"ø EA
B-1
1
8
4
6
5
2
3 6
9
6"ø EA
3"ø EA
10
1" CW
2 1/2" HW
1 1
/4"
CD
11
TMV-3
MSB-1
7
2' - 0"
2' -
8"
6
6
1. PROVIDE WALL LOUVER W/ FIRE DAMPER MOUNTED MININUM 3'0"ABOVE DOOR.
2. PROVIDE DUCT MOUNTED EXHAUST GRILL W/ 10"X10" DUCT UP TOROOF EXHAUST FAN, EF-1.REF.SHT M1.2.
3. PROVIDE BOILER VENT DUCTWORK UP TO ROOF OUTLET.REFERANCE SHT M1.2.
4. PROVIDE DOMESTIC HOT WATER HEATER FLUE DUCTWORK UPTO ROOF OUTLET. REFERANCE SHEET M1.2.
5. PROVID NATURAL GAS PIPING HIGH IN SPACE UP TO ROOFEQUIPMENT. SEE SHEET M1.2 FOR CONTINUATION.
6. PROVIDE CONDENSATE PIPING WITH UNISTRUT SOPPORTSLOCATED 4'0" O.C TO NEAREST INDIRECT DRAIN RECEPTACLE.
7. PROVIDE BUILDING AUTOMATION SYSTEM CONTROL PANELMOUNTED ON WALL. COORDINATE FINAL LOCATION WITH ARCHITECT,FURNITURE, AND DPS STAFF.
8. COORDINATE LOCATION OF EMERGENCY POWER OFF SHUTDOWN BUTTON W/ ELECTRICAL, PIPING, AND BOILER EQUIPMENT.REF TO DETAIL 3, E2.1.
9. PROVIDE HYDRONIC UNIT HEATER MOUNTED 8'0" A.F.F.COORDINATE LOCATION WITH PIPING.
10. PROVIE CEILING MOUNTED EXHAUST FAN WITH CONTROLINTERLOCKED TO LIGHT SWITCH.
11. PROVIDE AND ROUTE LAUNDRY DRYER VENT UP THROUGH ROOFTO OUTLET FITTING WITH BACKDRAFT DAMPER.
KEY NOTES (THIS SHEET)
3
A
2"
HW
R
3/4
" H
WR
2"
HW
S
3/4" HWR
3/4" HWS
2"
HW
R
2"
HW
S
UH-2 HWP-3 HWP-4
TEA
AS-1
CHEMICAL POTFEEDER
MECHANICAL
104C
CUSTODIAL
104B
6
6
B-1
SHEET:
OF:
DESIGNED BY:DRAWN BY:CHECKED BY:DATE:SCALE:
DENVER PUBLIC SCHOOLSDEPARTMENT OF
FACILITY MANAGEMENT
APPROVED CONTRACT DOCUMENT
DATE:
NO. DATE DESCRIPTION OF REVISION AUTHORITY MADE APPR'D.
DENVER, COSCHOOL DISTRICT NO. 1 SITE NO. 196
DWG. NO.
DEPARTMENT OF FACILITY MANAGEMENT
DENVER PUBLIC SCHOOLS
LARSON INCITTI ARCHITECTS1900 WAZEE ST. SUITE 1539
DENVER, CO 80202
303-292-4304
AS NOTED CONSTRUCTION DOCUMENTS
953.001
SCHOOL NO. 1107
72M3.1
PP2570 FAR NORTHEAST ECECATHAY ST., DENVER, CO 80249
JRKMJC
02/11/16
ENLARGED MECHANICALPLANS
1107 -
2570 -
OR
- M
3.1
MLR
SUITE 1500
80202
3 0 3 . 3 8 2 . 1 9 2 0T :
3 0 3 . 3 8 2 . 1 9 3 0
717 17th Street,
F :
DENVER, CO
High Performance Building Consultants
w w w . m e g r o u p . c o m
Job #:
Rme UPG
SCALE: 1/2" = 1'-0"1ENLARGED MECHANICAL ROOM PLAN
SCALE: 1/2" = 1'-0"2ENLARGED MECHANICAL ROOM HYDRONIC PLAN
54
1 03/31/16 RFI-006
2 07/01/16 PR-046
GAS FIRED ROOFTOP UNIT SCHEDULEMARK
RTU-1
RTU-2
RTU-3
NOTES:
1.
2.
3.
4.
MANUFACTURER
AAON
AAON
AAON
ALL UNIT SELECTIONS SHALL BE SELECTED FOR 5280 FT. ELEVATION.
PRE-FILTERS SHALL BE MERV 8, FINAL FILTERS SHALL BE MERV 13.
REFRIGERANT SHALL BE R410-A.
PROVIDE ADDITIONAL 120/1 CIRCUIT FOR LIGHTS AND CONVENIENCE OUTLET.
MODEL
RN-020-8-0-EA09-549
RN-020-8-0-EA09-549
RN-020-8-0-EA09-549
SERVES
WEST ADMIN/OFFICE AREA
CENTRAL CLASSROOMS
EAST CLASSROOMS
SUPPLY FAN
SA
CFM
8,000
8,000
8,000
ESP
("WC)
2.0
2.0
2.0
TSP
("WC)
4.2
4.2
4.2
5.
6.
7.
8.
HP
10
10
10
MODULATING GAS HEAT
DIGITAL COMPRESSOR
VFD ON SUPPLY FANS
DIRECT DRIVE SUPPLY FANS
MIN
OSA
(CFM)
2,400
2,400
2,400
EXHAUST FAN
EA
CFM
7,200
7,200
7,200
ESP
("WC)
0.5
0.5
0.5
TSP
("WC)
1.2
1.2
1.2
COOLING COIL (DX)
TOT.
(MBH)
201
201
201
SENS.
(MBH)
179
179
179
10.
11.
EER
12.0
12.0
12.0
PROVIDE WITH RETURN CO2 SENSOR AND MODULATING OA DAMPER
PROVIDE OUTSIDE AIRFLOW MEASURING STATION.
A.P.D.
"W.C.
EAT (°F)
DB/WB
95/65
95/65
95/65
LAT (°F)
DB/WB
55/53
55/53
55/53
HEATING COIL (NAT GAS)
CAPACITY
(MBH)
180.6
180.6
180.6
A.P.D.
"W.C.
0.2
0.2
0.2
EAT (°F)
DB
36
36
36
LAT (°F)
DB
107
107
107
ELECTRICAL
MCA
126
126
126
MOPD
150
150
150
V/PH/HZ
208/3/60
208/3/60
208/3/60
SIZE
(LxWxH)
(IN)
110x64x59
110x64x59
110x64x59
WEIGHT
(LBS)
2,944
2,944
2,944
NOTES
1-11
1-11
1-11
VAV BOX SCHEDULE
MARK
VAV-01
VAV-02
VAV-03
VAV-04
VAV-05
VAV-06
VAV-07
VAV-08
VAV-09
VAV-10
VAV-11
VAV-12
VAV-13
VAV-14
VAV-15
VAV-16
VAV-17
VAV-18
VAV-19
NOTES:
1.
2.
3.
MANUFACTURER
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
ALL CAPACITIES ARE AT 5280 FT.
HEATING COIL CAPACITIES BASED ON 140°F EWT, 110°F LWT, 55°F EAT, 85°F LAT, AND MAXIMUM CFM.
PROVIDE WITH 3-WAY CONTROL VALVE.
MODEL
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SDV5
SERVES
101A RECEPTION
101B CLINIC
101D OFFICE
101E, 101F OFFICES
100 CORRIDOR
102 CONFERENCE
103 MULTIPURPOSE
103A,104,104A STORAGE
114 TEACHER'S LOUNGE
113 CLASSROOM
105 CORRIDOR WEST
106 CLASSROOM
112 CLASSROOM
107 CLASSROOM
111 CLASSROOM
105 CORRIDOR EAST
108 CLASSROOM
110 CLASSROOM
109 CLASSROOM
INLET
("Ø)
4
6
6
4
8
10
14
6
8
10
6
10
10
10
10
8
10
10
10
MIN
(CFM)
160
90
70
90
440
320
3000
190
400
970
190
920
1120
1010
970
140
920
1210
1120
HEATING
(CFM)
170
350
190
100
640
320
2600
270
490
970
400
920
1120
1010
970
450
920
1210
1120
COOLING
(CFM)
190
420
270
170
640
860
3000
270
560
1180
400
1000
1180
1070
1180
600
1000
1270
1180
MAX APD
(IN W.C.)
0.6
0.6
0.6
0.6
0.6
0.6
0.6
0.6
0.6
0.6
0.6
0.6
0.6
0.6
0.6
0.6
0.6
0.6
0.6
MIN
MBH
6.3
10.1
6.6
3.2
17.8
11.4
88.9
7.7
14.1
27.0
11.4
26.5
32.2
29.4
27.0
12.7
26.5
34.5
32.2
HYDRONIC
CONNECT SIZE
1/2"
1/2"
1/2"
1/2"
1/2"
1/2"
1"
1/2"
1/2"
3/4"
1/2"
3/4"
3/4"
3/4"
3/4"
1/2"
3/4"
3/4"
3/4"
MAX WPD
(FT W.C.)
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
1.0
GPM
0.6
1.0
0.6
0.5
1.5
0.8
6.0
0.6
1.3
2.0
1.0
2.0
3.0
2.5
2.0
1.0
2.0
3.5
3.0
NOTES
1,2
1,2,3
1,2
1,2
1,2
1,2
1,2
1,2
1,2
1,2
1,2
1,2
1,2
1,2
1,2
1,2
1,2
1,2
1,2,3
BOILER SCHEDULE
MARK
B-1
NOTES:
1.
2.
3.
4.
MANUFACTURER
REILLO
OUTPUT CAPACITIES ARE AT 5280 FT.
PROVIDE CONDENSING GAS BOILER WITH ACID NEUTRALIZATION KIT, SEALED COMBUSTION, DIRECT VENT, AND VENTLESS GAS REGULATOR.
PROVIDE WITH 8:1 TURNDOWN AND LOW NOX EMISSIONS.
PROVIDE WITH DEDICATED MODULE PRIMARY PUMP.
MODEL
AR1000
SERVES
HEATING LOOP
TYPE
GAS FIRED
FUEL
NG
FUEL PRESSURE
(IN WC)
14
TOT. INPUT
(MBH)
1000
TOT. OUTPUT
@ S.L. (MBH)
768.8
INPUT/
MODULE
500.0
# OF
MODULES
2
EFFICIENCY
96%
FLUID
0% GLYCOL
GPM
25
WPD
FT
9.5
EWT
(°F)
110
LWT
(°F)
150
V/PH/HZ
120/1/60
FLA
1.8
NOTES
1, 2, 3, 4
PUMP SCHEDULE
MARK
HWP-3
HWP-4
NOTES:
1. PROVIDE DDC INTERFACE.
2. PROVIDE WITH DIFFERENTIAL PRESSURE SENSORS, CONTROLS, FITTINGS, VALVES, SUPPORTS AND ELECTRICAL.
MANUFACTURER
BELL AND GOSSET
BELL AND GOSSET
MODEL
1.25AAB e-90
1.25AAB e-90
SERVES
HYDRONIC HEATING
HYDRONIC HEATING
TYPE
IN-LINE
IN-LINE
GPM
30
30
HEAD(FT)
45
45
FLUID
WATER
WATER
MOTOR(HP)
1 1/2
1 1/2
MOTOR(RPM)
3600
3600
VFD
YES
YES
VOLT/PH/HZ
208-230/460
208-230/460
FLA
2
2
WEIGHT (LBS)
63
63
NOTES
ALL
ALL
FAN SCHEDULE
MARK
EF-1
EF-2-5
EF-6
EF-7, 8
NOTES:
1.
2.
3.
4.
MANUFACTURER
GREENHECK
GREENHECK
GREENHECK
GREENHECK
ALL CAPACITIES ARE AT 5280 FT.
PROVIDE WITH EXHAUST SAFETY GRILLE.
PROVIDE WITH ROOF CURB.
INTERLOCK FAN TO OPERATE BASED ON THERMOSTAT CALL FOR COOLING. INTERLOCK WITH INTAKE LOUVER.
MODEL
G-085-VG
G-070-VG
G-070-VG
SP-B110
SERVES
104B MAINTENANCE
CLASSROOM UNISEX RESTROOM
100B MEN'S, 100C WOMEN'S
101BA UNISEX RESTROOM, CUSTODIAL 104B
TYPE
DOWNBLAST CENTRIFUGAL
DOWNBLAST CENTRIFUGAL
DOWNBLAST CENTRIFUGAL
INLINE CEILING
CFM
360
140
250
100
ESP
(IN WC)
0.30
0.30
0.30
0.30
MOTOR
(HP/W)
0.04
0.02
0.03
0.03
FAN
RPM
1725
1725
1725
1725
DRIVE
DIRECT
DIRECT
DIRECT
DIRECT
BACKDRAFT
DAMPER
GRAVITY
GRAVITY
GRAVITY
GRAVITY
VOLT/PH/HZ
115/1/60
115/1/60
115/1/60
115/1/60
NOTES
1-4
1-4
1-4
1, 5
HOT WATER UNIT HEATER SCHEDULE
MARK
CUH-1
CUH-2
UH-1
UH-2
NOTES:
1.
2.
3.
4.
MANUFACTURER
RITTLING
RITTLING
RITTLING
RITTLING
CAPACITIES ARE AT 5280 FT.
HEATING CAPACITIES ARE BASED ON 0% PROPYLENE GLYCOL, 140°F EWT, 110°F LWT, 65°F EAT.
PROVIDE WITH FACTORY MOUNTED DISCONNECT SWITCH.
PROVIDE WITH INTERNAL TEMPERATURE SENSOR.
MODEL
RC 390-08
RFRW-340-02
RH-18
RH-18
SERVES
VESTIBULE 100A
CORRIDOR 105
O/S1
MAINTENANCE 104B
TYPE
HORIZONTAL CEILING
VERTICAL CABINET
VERTICAL
VERTICAL
CFM
689
183
310
310
MBH
34.5
10.1
4.9
4.9
GPM
5
2
1
1
CONNECTION
SIZE (IN)
1"
3/4"
1/2"
1/2"
WPD
(FT WC)
0.8
0.5
0.3
0.3
MOTOR
(HP/W)
(0.1/--)
(0.1/--)
(0.1/--)
(0.1/--)
VOLT/PH/HZ
120/1/60
120/1/60
120/1/60
120/1/60
AMPS
1.13
0.35
0.7
0.7
WEIGHT
(LBS)
170
90
37
37
NOTES
1,2,3,4
1,2,3,4
1,2,3
1,2,3
GRILLE, REGISTER, & DIFFUSER SCHEDULE
MARK
SD-1
SD-2
SG-1
TG-1
RG-1
EG-1
NOTES:
1.
2.
3.
MANUFACTURER
PRICE
PRICE
PRICE
PRICE
PRICE
PRICE
PROVIDE WITH O.B.D.
PROVIDE WITH PLENUM BOX.
PROVIDE WITH RETURN AIR SOUND BOOT. REF. DETAIL 7 SHEET M5.1.
MODEL
SCD
SDS-100
520
PDDR
PDDR
PDDR
TYPE
3-CONE LOUVERED FACE
LINEAR SLOT DIFFUSER (4 SLOTS)
3/4" SPACING, DOUBLE DEFLECTION ADUSTABLE
PERFORATED FACE NON-DUCTED RETURN
PERFORATED FACE NON-DUCTED RETURN
PERFORATED FACE
NECK
SEE PLANS
SEE PLANS
SEE PLANS
SEE PLANS
SEE PLANS
SEE PLANS
MATERIAL
STEEL
STEEL
ALUMINUM
STEEL
STEEL
STEEL
FRAME TYPE
LAY-IN
LAY-IN
DUCT MOUNT
LAY-IN
LAY-IN
LAY-IN
COLOR
WHITE
WHITE
BRUSHED
WHITE
WHITE
WHITE
NOTES
2
1
3
1
LOUVER SCHEDULE
MARK
L-1
NOTES:
1.
2.
3.
MANUF. &
MODEL OR EQUAL
GREENHECK ESD-635
FLANGE FRAME, BIRD SCREEN, DRAINABLE BLADES, AND MOTORIZED DAMPER.
PROVIDE IN CLASS I COLOR ANODIZED FINISH PER AAMA 611 AA-M12C22A42,
COATING NOT LESS THAN 0.7MM THICK.
PROVIDE FIRE DAMPER.
SERVES
MAINT 104C OA
AIRFLOW
(CFM)
350
MIN. FREE AREA
(SQ. FT)
0.43
SIZE
(IN)
12x24
MAX FREE AREA
VEL. FPM
814
NOTES
1,2
SPLIT COOLING SYSTEM SCHEDULE
MARK
FC-1
CU-1
NOTES:
1.
2.
3.
MANUFACTURER
CARRIER
CARRIER
ALL CAPACITIES ARE AT 5280 FEET.
PROVIDE WITH LOW AMBIENT CONTROL, WIND BAFFLES, AND WINTER START CONTROL.
PROVIDE WITH CONDENSATE PUMP CAPABLE OF LIFTING 15 FT. OF HEAD.
MODEL
FB4CNF024000
38HDR024---3
LOCATION
MDF 114A
ROOF
FAN INFO
CFM
795
-
E.S.P.
-
-
COOLING CAPACITY
REFRIG.
R-410A
R-410A
SENSIBLE
(MBH)
22.07
22.07
ELECTRICAL DATA
MCA
3.5
14.1
MOPD
15
25
VOLT/PH/HZ
208/1/60
208/1/60
DIMENSIONS
LXDXH
(IN)
22x18x50
12x32x34
WEIGHT
(LBS)
150
180
NOTES
1,3
2
6
6
6
SHEET:
OF:
DESIGNED BY:DRAWN BY:CHECKED BY:DATE:SCALE:
DENVER PUBLIC SCHOOLSDEPARTMENT OF
FACILITY MANAGEMENT
APPROVED CONTRACT DOCUMENT
DATE:
NO. DATE DESCRIPTION OF REVISION AUTHORITY MADE APPR'D.
DENVER, COSCHOOL DISTRICT NO. 1 SITE NO. 196
DWG. NO.
DEPARTMENT OF FACILITY MANAGEMENT
DENVER PUBLIC SCHOOLS
LARSON INCITTI ARCHITECTS1900 WAZEE ST. SUITE 1539
DENVER, CO 80202
303-292-4304
AS NOTED CONSTRUCTION DOCUMENTS
953.001
SCHOOL NO. 1107
72M7.1
PP2570 FAR NORTHEAST ECECATHAY ST., DENVER, CO 80249
JRKMJC
02/11/16
MECHANICAL SCHEDULES
1107 -
2570 -
OR
- M
7.1
MLR
SUITE 1500
80202
3 0 3 . 3 8 2 . 1 9 2 0T :
3 0 3 . 3 8 2 . 1 9 3 0
717 17th Street,
F :
DENVER, CO
High Performance Building Consultants
w w w . m e g r o u p . c o m
Job #:
Rme UPG
56
1 06/24/16 CA REVISIONS
2 07/01/16 PR-046
TT
S
DP
TS
T
T
TERMINAL BOX WITH HW REHEAT
THE UNIT HAS A BACNET CARD AND COMMUNICATES POINTS BACK TO THE BAS.
THE UNIT SHALL OPERATE TO ACHIEVE THE OCCUPIED/UNOCCUPIED SPACE
TEMPERATURE SET POINTS AS DESCRIBED IN THE TEMPERATURE CONTROL
NOTES.
OCCUPIED MODE:
THE HOT WATER VALVE SHALL BE ENABLED BY A SPACE TEMPERATURE SENSOR.
THE SET POINT SHALL BE AS DEFINED IN THE GENERAL NOTES.
WHEN THE TERMINAL BOX RECEIVES A CALL FOR COOLING THE PRIMARY AIR
VALVE SHALL MODULATE BETWEEN MINIMUM AND MAXIMUM POSITION. THE AIR
VALVE SHALL MODULATE OPEN TO REDUCE TEMPERATURE. THE AIR VALVE
SHALL MODULATE TO MINIMUM TO ALLOW SPACE TEMPERATURE TO RISE.
WHEN THE TERMINAL BOX RECIEVES A CALL FOR HEATING THE PRIMARY AIR
VALVE AND HOT WATER VALVE MODULATE TOGETHER FROM THE BOX MINIMUM
FLOW TO THE BOX HEATING MAXIMUM FLOW TO MAINTAIN THE SPACE
TEMPERATURE SET POINT. THE BOX AIR VALVE SHALL OPEN AND HW VALVE
MODULATE OPEN TO RAISE THE SPACE TEMPERATURE. THE BOX AIR VALVE AND
HW VALVE SHALL CLOSE TO REDUCE SPACE TEMPERATURE.
UNOCCUPIED MODE:
MAINTAIN UNOCCUPIED SET POINTS.
POINTS LIST (DESCRIPTION / TYPE):
HW VALVE POSITION / AI
PRIMARY AIR VALVE POSITION / AI
AIRFLOW CFM / AI
ROOM TEMPERATURE / AI
ROOM TEMPERATURE SET POINT / AO
CO2 PPM / AI
CO2 CONTROL SEQUENCE:
VAV TERMINAL BOXES SERVING DENSELY OCCUPIED SPACES AND EQUIPPED
WITH CO2 SENSORS SHALL RESET THEIR MINIMUM FLOW TO 25% OF MAXIMUM
FLOW WHEN CO2 IS BELOW 1000 PPM. WHEN CO2 IS ABOVE 1000 THE BOX SHALL
PROVIDE ITS SCHEDULED MINIMUM FLOW.
DOMESTIC WATER CIRC PUMP
THE BAS SHALL ENABLE THE CIRC PUMP ACCORDING TO THE
OCCUPIED/UNOCCPIED SCHEDULE. THE PUMP SHALL RUN DURING OCCUPIED
HOURS AND BE OFF DURING UNOCCUPIED HOURS. A CURRENT SWITCH SHALL
INDICATE PUMP STATUS. AN ALARM SHALL BE GENERATED IF THE PUMP IS
ENABLED AND FAILS TO START.
POINTS LIST (DESCRIPTION / TYPE):
START-STOP / DO
STATUS / DI
UNOCCUPIED LOW TEMP ALARM
IF ANY OF THE SPACES SERVED BY RTU-1 ARE BELOW THE UNOCCUPIED SET
POINT BY BY 5°F AN ALARM SHALL BE GENERATED AT THE OPERATOR'S WORK
STATION AND THE HEATING PLANT ENABLED. IF ANY OF THE SPACES SERVED BY
RTU-2 OR 3 ARE BELOW THE UNOCCUPIED SET POINT BY 5°F AN ALARM SHALL BE
GENERATED AT THE OPERATOR'S WORKSTATION.
SPLIT SYSTEM
THE SPLIT SYSTEM OPERATES UNDER ITS FACTORY MOUNTED CONTROLS. THE
ROOM TEMPERATE SET POINT SHALL BE 80F. THE BAS WILL MONITOR THE ROOM
TEMPERATURE.
POINTS LIST (DESCRIPTION / TYPE):
ROOM TEMPERATURE / AI
CABINET HEATER
THE CABINET HEATER SHALL BE ENABLED BY A SPACE TEMPERATURE SENSOR.
THE SET POINT SHALL BE 70F. CABINET HEATERS WILL NOT BE INTEGRATED
INTO THE BAS.
B-1
AUTO AIRVENT
AIRSEPARATOR
PUMPHWP-4
VFDP-X
KWHR
STATUS
SPEED
START / STOP
TEA-1
CHEMICALPOT
FEEDER
PUMPHWP-3
VFDP-X
KWHR
STATUS
SPEED
START / STOP
HPWS TEMP-BAS
DP SENSORSEE M2.1 FOR
LOCATION.
PRESSURE RELIEFVALVE SET TO 50 PSI
HPWS TEMP-BAS
HPWR TEMP-BAS
2" HWS
2" HPWR
2" HWS
2" HPWS
2" HWS
2" HWS
GENERAL:
1. PROVIDE ALL NECESSARY HARDWARE, SOFTWARE, RELAYS, CONTACTS, WIRING AND CONDUITS TO ACCOMPLISH THE
FOLLOWING CONTROL SEQUENCES FOR THE HEATING, VENTILATING AND AIR CONDITIONING SYSTEM.
2. CONTROLS SHALL BE DIRECT DIGITAL (DDC). ACTUATORS FOR VALVES, DAMPERS AND TERMINAL CONTROLLERS SHALL BE
ELECTRIC/ELECTRONIC CONTROL.
3. BAS CONTRACTOR SHALL COORDINATE ALL INTERFACE REQUIREMENTS.
4. PROVIDE INDIVIDUAL INPUTS OR OUTPUTS FOR EACH POINT LISTED IN THE POINTS LISTS. PROVIDE ANY ADDITIONAL POINTS
NOT LISTED IN THE POINTS LIST, BUT REQUIRED TO MEET THE SEQUENCES OF OPERATION, AT NO ADDITIONAL COST TO THE
OWNER. ALL ANALOG OUTPUTS SHALL BE 4-20MA, 0-10VDC OR 0-20VDC UNLESS OTHERWISE INDICATED. AO=ANALOG
6. OCCUPIED SET POINT IS 70 F HEATING. UNOCCUPIED SET POINTS IS 67 F HEATING.
7. OCCUPIED SET POINT IS 75 F COOLING. COOLING WILL NOT BE CONTROLLED IN UNOCCUPIED MODE.
8. OCCUPIED CO2 SET POINT IS 1100 PPM. CO2 WILL NOT BE CONTROLLED IN UNOCCUPIED MODE.
TRENDING:
1. SYSTEM SHALL INCORPORATE BACNET COMMUNICATION AND SHALL PROVIDE A WEB BASED INTERFACE FOR REMOTE
MONITORING.
2. ALL POINTS SHALL BE VISIBLE AT THE OPERATOR'S WORK STATION. POINTS ARE SPECIFIED EITHER IN DISCRETE POINTS LISTS
FOR UNITS WITH BACNET INTERFACE CARDS OR AS DESCRIBED IN THE SEQUENCE OF OPERATION FOR EQUIPMENT THAT
REQUIRES FIELD INSTALLED BAS CONTROLS.
3. THE BAS SHALL BE PROGRAMMED TO SCAN AND ARCHIVE ALL DIGITAL AND ANALOG INPUTS AND OUTPUTS EVERY 15 MINUTES.
THE ARCHIVE SHALL STORE 18 MONTHS OF DATA.
4. DATA TOTALIZING AND AVERAGING: STORE HOURLY VALUES FOR 5 YEARS, MONTHLY FOR 20 YEARS.
5. EACH BAS SYSTEM GRAPHIC SCREEN SHALL CONTAIN A DATA ENTRY BOX AND ADJOINING “TREND PLOT” BUTTON SO THAT
THE USER CAN DISPLAY A 24 HOUR TREND PLOT FOR ANY DAY IN THE PRECEDING 18 MONTHS BY SELECTING FROM THE
POINTS MONITORED FOR THAT SYSTEM.
6. THE BAS SHALL BE CAPABLE OF CREATING RUN TIME REPORTS VIA USER SELECTION AT THE OPERATOR'S TERMINAL.
7. ALL DATA SHALL BE ACCESSIBLE REMOTELY.
TEMPERATURE CONTROL NOTES
EARLY MORNING OPTIMUM START
THE BAS SHALL HAVE AN OPTIMUM START SEQUENCE TO BRING THE FACILITY UP TO
OCCUPIED SET POINT AT THE TIME OF BUILDING OCCUPANCY.
BOILERS
THE BAS WILL ENABLE AND DISABLE THE BOILERS BY INTERFACING WITH THEIR
FACTORY CONTROLS. THE BAS SHALL FIRST START THE LEAD BUILDING PUMP. ONCE
THE PUMP PROVES OPERATION THE BAS SHALL ENABLE THE BOILERS. THE BOILERS
WILL THEN OPERATE UNDER THEIR FACTORY CONTROLS TO MAINTAIN 140 F (HWS)
TEMPERATURE. THE BOILER CONTROL PANELS SHALL ALSO START/STOP THE
BOILER CIRCULATION PUMPS.
POINTS LIST (DESCRIPTION/TYPE):
SYSTEM GRAPHIC
HWS TEMPERATURE / AI
HWR TEMPERATURE / AI
B-1 ENABLE-DISABLE / DO
B-1 ALARM / DI
B-1 FIRING RATE / AI
EMERGENCY POWER OFF / DI
ALARMS SHALL BE GENERATED AT THE USER INTERFACE
HEATING WATER PUMPSTHE FOLLOWING PUMPS ARE DUTY/STANDBY: HW PUMPS (P-1 AND P-2). THE
PUMPS SWITCH LEAD STATUS AFTER EVERY 1000 HOURS OF OPERATION.PERFORM SWITCH OVER ON NEXT START UP AFTER LEAVING UNOCCUPIEDMODE.
MODULATE THE DUTY HW PUMP VFD TO MAINTAIN 20' AT THE DIFFERENTIALPRESSURE SENSOR LOCATED REMOTELY IN THE SYSTEM. DIFFERENTIAL SETPOINT SHALL BE CONFIRMED DURING COMMISSIONING.
IF THE DUTY PUMP'S CURRENT SWITCH SHOWS FAILURE START THE LAGPUMP AND GENERATE AN ALARM.POINTS LIST (DESCRIPTION / TYPE):
P-1 START-STOP / DOP-2 START-STOP / DOP-3 START-STOP / DO
P-4 START-STOP / DO
P-1 VFD SPEED / AO
P-2 VFD SPEED / AO
P-1 STATUS / DIP-2 STATUS / DI
P-3 STATUS / DIP-4 STATUS / DI
P-1 KWHR / AIP-2 KWHR /AI
HW DIFFERENTIAL PRESSURE SET SET POINT / AOHW DIFFERENTIAL PRESSURE READING / AI
TOILET/LOCKER ROOM FANS
THE BAS SHALL ENABLE THIS FAN ACCORDING TO THE OCCUPIED/UNOCCUPIED
SCHEDULE FOR EACH FAN/SPACE. THE FAN SHALL RUN DURING OCCUPIED HOURS
AND BE OFF DURING UNOCCUPIED HOURS. A CURRENT SWITCH SHALL INDICATE FAN
STATUS. AN ALARM SHALL BE GENERATED IF THE FAN IS ENABLED AND FAILS TO
START.
POINTS LIST (DESCRIPTION / TYPE):
START-STOP / DO
STATUS / DI
SPACE DIFFERENTIAL PRESSURE
MODULATE THE SMOKE EXHAUST/RELIEF AIR FANS (SEF-6,7,8,9,10) TO MAINTAIN
BUILDING STATIC PRESSURE SET POINT FOR LOBBY AND 2ND LEVEL. EACH FAN
SHALL OPERATE AT THE SAME FREQUENCY.
INCREASE THE EXHAUST FAN SPEED TO PRODUCE A GREATER NEGATIVE PRESSURE.
DECREASE THE EXHAUST FAN SPEED TO PRODUCE A GREATER POSITIVE PRESSURE.
STAGE FANS ON/OFF INDIVIDUALLY AFTER 5 MINUTES OF UNDER/OVER PRESSURE.
SPACE STATIC PRESSURE SETPOINT SHALL BE +0.05 IN W.C. RELATIVE TO OUTSIDE.
SEF-6,7,8,9,10 POINTS:
START/STOP / DO
FAN VFD SPEED / AI
SPACE POINT:
BUILDING PRESSURE / AI
OUTSIDE PRESSURE / AI
RELATIVE PRESSURE DIFFERENTIAL
BUILDING PRESSURE SET POINT / AO
RTU-1, 2, 3 CONTROL SEQUENCES
The BAS shall provide the following control sequence.
2.01 CONTROL DEVICESA. Sensors
1. Duct-mounted temperature sensor, 8” probe, industry standard, Type III, 10K thermistor, + /- 0.4 °F accuracy.
2. Outdoor temperature sensor, weather protective enclosure for upright mounting, Type III,10K thermistor, +/- 0.4 °F accuracy.
3. Duct static pressure transducer, 0-5 in w c pressure range, 5 VDC operation, tubing (by
others) from sensor to static pressure pickup tube must not exceed 250 ft and must becontinuous without splices.
4. Building static pressure sensor, glass filled polyester case, tensioned stainless steeldiaphragm and insulated stainless steel electrode, 0.0 to 5.0 VDC output in response to a -0.25
to +0.25 in WC pressure differential, +/-1% of full scale accuracy.B. Air flow measurement digital transmitters.
1. E-BUS adapter board for connecting either EBTRON or Paragon airflow digital transmitters
to the VCB-X controller.
2.02 CONTROL SEQUENCE
A. Supply Fan Operation1. When the supply fan is enabled, and a 1 minute min off timer is met, the supply fan relay is
activated while the other outputs are held off until their minimum off timers are met.2. When the supply fan is enabled an adjustable fan starting delay is initiated to provide a
staggered start of multiple HVAC units.3. When going into Occupied Mode, an adjustable length purge mode is initiated. The fan
runs with the economizer closed, and heating and cooling are disabled.
4. When the supply fan is disabled, it is held on for 2 minutes after heating or cooling stops.5. Occupied mode operation: The supply fan runs continuously.6. Unoccupied mode operation: The supply fan cycles on a call for heating or cooling.
7. The supply fan operates at variable speed to control the duct static pressure setpoint.8. The supply fan VFD range shall be 34-100%.
B. Exhaust Fan Operation1. The exhaust fan operates at variable speed to control the building static pressure setpoint.
2. The exhaust fan VFD range shall be 5-100%C. Supply Air Tempering
1. The operating mode (Heating or Cooling) is determined by the outdoor air sensor.
2. If the outside air temperature is greater than the outside air cooling setpoint, the unit is incooling mode, controlling to the supply air setpoint.
3. If the outside air temperature is less than the outside air heating setpoint, the unit is in
heating mode, controlling to the supply air setpoint.D. Occupied/Unoccupied Selection. Selecting occupied and unoccupied operation is determined by
the schedule, which is user adjustable through the Graphical User Interface and can bedownloaded to the unit controller over the system network.
E. Optimal Start. For optimal start the unit monitors how long it takes the return air temperature toreach the warm-up or cool-down target temperature each day and adjusts the starting timeaccordingly. After 6 normally scheduled starts the routine will have gathered enough data to
provide a fairly accurate pre-start based on learned conditions. This is an ongoing process of thesix previous starts, so the unit automatically adjusts for changing seasons.
F. Unoccupied Operation
1. The BMS monitors the spaces served by the unit and enables occupied mode whenheating or cooling is required during unoccupied hours.
2. Unoccupied heating and cooling are obtained when the RTU controller compares the returnair temperature to the warm-up and cool-down target temperatures. The unoccupied space
heating and cooling setpoints are set such that they are below and above the target temperaturesand their dead bands do not overlap. Thus the unit will perform unoccupied heating and coolingcalls with the outside air damper closed.
a. Unoccupied Space Heating Setpoint = 65 °Fb. Morning Warm-up Target Temperature = 71 °Fc. Unoccupied Space Cooling Setpoint = 81 °F
d. Morning Cool-down Target Temperature = 75 °Fe. Space Temperature Deadband = +/- 2 °F
3. Off Mode: During unoccupied mode, if there is no call for heating or cooling, the unit is off.G. HVAC Operating Modes
1. Heating and Cooling modes are selected by the outside air temperature sensor.2. Cooling Mode
a. Cooling is enabled when the outdoor air temperature (OAT) rises 1 °F above the Cooling
Setpoint (55 °F). Cooling is disabled when the outdoor air temperature falls 1 °F below theCooling Setpoint.
b. Mechanical cooling is enabled if the OAT is 1 °F above the Cooling Lockout Setpoint (55°F) and disabled when the OAT is 1 °F below the Cooling Lockout Setpoint. If the OAT
disables mechanical cooling while it is operating, it will stage off as minimum run times andstage down delays are satisfied.
3. Cooling Mode - Digital Compressor
a. The Copeland Control Board requires a 24VAC enable and a 1-5 VDC input where 1.0VDC is 0% capacity and 5.0VDC is 100% capacity. When the signal falls below 10%capacity (1.25VDC on decreasing demand) the Variable Capacity Compressor Controller
will shut down the compressor. When the signal rises above 10% capacity (1.44 VDC onincreasing demand) and the anti-short cycle timer has timed out, the Variable Capacitycompressor controller will start the compressor again.
b. Typical One Circuit Unit: (one variable capacity compressor & one on/off compressor)
c. There will be the following set of terminals. [Y1], [Y2], [DC1-] & [DC1].d. Staging Up Sequence: When the supply air temperature sensor rises above the supply air
set point, the RTU controller enables [Y1] and sends a 1.44 -5 VDC signal to [DC1-] &
[DC1+]. The variable scroll compressor will go to its minimum position and modulate up asneeded. When the variable compressor reaches 100%, the stage up delay will begin. If it isstill at 100% when the delay expires, [Y2] is enabled. The RTU controller then sets the
variable compressor back down to it minimum position and modulates it as needed.e. Staging Down Sequence: The on/off [Y2] will remain enabled until the variable compressor
call falls below its minimum position. Once [Y2] is disabled, the RTU controller sets thevariable compressor to 100% and modulates it as needed.
f. Standard Compressor 5 minute run time and off time delays safeties are required.g. BAS shall control temperature between 50 deg and 65 deg as the low and high DAT's
respectively.
4. Economizera. Economizer is enabled when the Outdoor Air dry bulb temperature is 1 °F below the
Economizer Enable Setpoint (70 °F) . Economizer is disabled when the OAT is 1°F above
the Economizer Enable setpoint.
b. Economizer is the 1st stage of cooling and controls to the Supply Air Setpoint. The
economizer modulates between the Economizer Minimum Position and 100%. If the
economizer is at 100% and the Supply air Temperature is above setpoint, mechanical
cooling is enabled and the economizer is held at 100%. If cooling stages are currently
running, and economizer is enabled, it opens to 100%.
c. In Unoccupied Mode, the economizer can be used for night setback free cooling otherwise
its closed.
5. Heating Mode
a. Heating is enabled when the OAT falls 1 °F below the Heating Setpoint (55 °F). Heating is
disabled when the outdoor air temperature rises 1 °F above the Heating Setpoint.
b. The Gas burner is enabled when the OAT is 1 °F below the Heating Lockout Setpoint (50
°F). Heating is disabled when the OAT is 1 °F above the Heating Lockout Setpoint. If the
OAT disables heating while it is operating, it stages off as minimum run times and stage
down delays are satisfied.
6. Heating Mode - Modulating Gas Burner
a. A MODGAS-X expansion board controls the modulating gas burners.
b. An enable signal, Supply Air Temperature Setpoint, and Supply Air Temperature Reset (if
applicable) are sent from the third party RTU controller to the MODGAS-X.
c. The MODGAS-X uses these values to stage and modulate the gas burner(s) to maintain
the supply air temperature setpoint.
H. Morning Warm-Up Mode
1. When Occupied Mode is enabled and the return air temperature is below the Morning
Warm-Up Target Temperature, Warm-Up is initiated. Heating is controlled to the Supply Air
Temperature setpoint.
2. Warm-Up ends when the return air temperature rises above the Target Temperature or the
Time Period expires. The outdoor air damper remains closed during Warm-Up mode.
3. Only one Warm-Up mode is allowed per occupied cycle.
I. Morning Cool-down Mode Operation
1. When Occupied Mode is enabled and the return air temperature above the Morning
Cool-Down Target Temperature, Cool-Down is initiated. Cooling is controlled to the Supply Air
Temperature setpoint.
2. Cool-Down ends when the return air temperature drops below the Target Temperature or
the Time Period expires. The outdoor air damper remains closed during Cool-Down mode.
3. Only one Cool-Down mode is allowed per occupied cycle.
J. Supply Air Temperature Reset
1. The BMS resets the supply air temperature over BACnet.
K. Duct Static Pressure Reset.
1. The BMS resets the duct static pressure setpoint over BACnet.
L. Minimum Outside Air Flow Rate Reset.
1. The BMS resets the minimum outside airflow rate setpoint over BACnet.
M. The following Sensors are installed in the unit by BAS.
1. Emergency Shutdown Contact
2. Fan Proving Sensor
3. Dirty Filter Sensor
4. Outdoor Air Temperature Sensor
5. Return Air Temperature Sensor
N. Temperature Protection
1. Temperature protection is activated when the supply air temperature (SAT) rises above the
High Cutoff Temperature (immediate) or drops below the Low Cutoff Temperature (for 10
minutes). In either case, an alarm is created. Both cutoff setpoints are adjustable. This mode
shuts off the unit (with a 3 minute fan off delay) until the mode is cancelled.
2. The mode is cancelled when the SAT drops 5 degrees below the High Cutoff Temperature
Setpoint or rises 5 degrees above the Low Temp Cutoff Temperature Setpoint or when the unit
changes back into Occupied Operation.
O. Outdoor Air Lockouts
1. The compressors are disabled during Cooling Mode when the outdoor air temperature is
below the Compressor Cooling Lockout Setpoint.
2. Heating is disabled when the outdoor air temperature is above the Heating Lockout
Setpoint.
P. Sensor Failure Alarms
1. Supply Air Temperature Failure Alarm: open or short circuit is detected on the supply air
temperature sensor input. Once the alarm is generated, the unit will shut down. If a sensor is
detected after the unit has alarmed, the alarm is cleared and the unit will restart.
2. Outdoor Air Temperature Sensor Failure Alarm: open or short circuit on the outdoor air
temperature sensor input. When this occurs, the outdoor air reading is set to the half point
between the Cooling and Heating Lockout Setpoints. This will allow cooling and heating to
continue operating.
3. Compressor Discharge Failure Alarm: unit is configured to have a digital scroll compressor,
but the sensor is not detected or shorted.
Q. Mechanical Failure Alarms
1. Proof of Flow Interlock Alarm. A proof of flow switch provides a 24 VAC wet contact
closure when the supply fan is operating. If this contact opens while the fan is called to run, all
heating and cooling is disabled, and a Fan Proving Alarm is generated.
2. Dirty Filter Alarm. A differential pressure switch provides a 24 VAC wet contact closure to
indicate a dirty filter status. A Dirty Filter Alarm is generated when filter pressure drop exceeds
the configured value.
3. Emergency Shutdown Alarm.
a. An input from the fire alarm will initiate instantaneous shutdown of the unit and will
generate an alarm condition.
R. Failure Mode Alarms
1. High Supply Temp Alarm: supply air temperature rises above the High Cutoff Temperature
setpoint (immediate). This mode shuts off the unit (with a 3 minute fan off delay) until the mode
is cancelled. This mode is canceled when the SAT drops 5 degrees below the High Cutoff
Temperature setpoint or when the unit changes back into Occupied Operation.
2. Low Supply Temp Alarm: supply air temperature drops below the Low Cutoff Temperature
setpoint (for 10 minutes). This mode is canceled when the SAT rises 5 degrees above the Low
Cutoff Temperature setpoint or when the unit changes back into Occupied Operation.
3. High Control Temp Alarm: controlling sensor temperature rises above the Cooling Mode
Enable Setpoint plus the Control Mode High Alarm Offset setpoint.
4. Low Control Temp Alarm: controlling sensor temperature drops below the Heating Mode
Enable Setpoint minus the Control Mode Low Alarm Offset setpoint.
5. Digital compressor Cutoff Alarm: digital compressor discharge temperature is above 268 °F
or the sensor is shorted, which will read a temperature of 300 °F.
6. Digital Compressor Lockout Alarm: 5 Digital Compressor High Temperature Cutoffs occur
within four hours. The digital compressor is locked out and manual reset is required. If the unit
runs for 60 minutes without a digital compressor discharge temperature alarm, the counter is
reset to zero.
7. High Head Pressure Alarm: head pressure exceeds an acceptable limit. The alarm is
cleared if the head pressure falls below acceptable limits.
2"
2"
3/4
"
3/4
"
3/4
"
2"
2"
SEQUENCE OF OPERATION
8
6
6
SHEET:
OF:
DESIGNED BY:DRAWN BY:CHECKED BY:DATE:SCALE:
DENVER PUBLIC SCHOOLSDEPARTMENT OF
FACILITY MANAGEMENT
APPROVED CONTRACT DOCUMENT
DATE:
NO. DATE DESCRIPTION OF REVISION AUTHORITY MADE APPR'D.
DENVER, COSCHOOL DISTRICT NO. 1 SITE NO. 196
DWG. NO.
DEPARTMENT OF FACILITY MANAGEMENT
DENVER PUBLIC SCHOOLS
LARSON INCITTI ARCHITECTS1900 WAZEE ST. SUITE 1539
DENVER, CO 80202
303-292-4304
AS NOTED CONSTRUCTION DOCUMENTS
953.001
SCHOOL NO. 1107
72M8.1
PP2570 FAR NORTHEAST ECECATHAY ST., DENVER, CO 80249
JRKMJC
02/11/16
MECHANICAL SCHEMATICS
1107 -
2570 -
OR
- M
8.1
MLR
SUITE 1500
80202
3 0 3 . 3 8 2 . 1 9 2 0T :
3 0 3 . 3 8 2 . 1 9 3 0
717 17th Street,
F :
DENVER, CO
High Performance Building Consultants
w w w . m e g r o u p . c o m
Job #:
Rme UPG
58
1 07/01/16 PR-046
REF. DW
S S
S
SS
S
S
S
S
S
SS
S
S
SS
S
SS
S
S S
S S
SS
SS
FF
AC
PF
M
S
WAP
WAP
WAP
WAP
WAP
WAP
WAP
WAP
WAP
WAP
WAP
WAP
WAP
WAP
J
JJ
JJ
J
J
J
J
CLK
CLK
CLK
CLK
CLK
CLK
CLK
CLK
CLK
CLK
CLK
J
CLK
CLK
CR
CR
CR
CR
CR
CRJ
KP
CRCRCRCR
KP
J
DC
DC
DCDCDCDC
DC
DC DC
DC
DC
DC
J
MD
MD
MD
MD MD
MD
MD
MD
MD
MDMD
MD
MD
MD
CR
J
REF.
CR
SP
DTSTSFSS
CLK
JF
J
DC
J
REF.DW
CR
1. PROVIDE 208V-1ø, 30A STRAIGHT BLADE RECEPTACLE FOR ELECTRICDRYER. VERIFY EXACT POWER REQUIREMENTS PRIOR TO INSTALLATION.
2. PROVIDE A JUNCTION BOX AND 120V POWER CONNECTION TOMECHANICAL CONTROLS. VERIFY EXACT LOCATION AND QUANTITY WITHMECHANICAL CONTRACTOR PRIOR TO INSTALLATION.
3. ALL DUPLEX AND QUADPLEX GENERAL USE RECEPTACLES IN THISAREA SHALL BE TAMPER RESISTANT TYPE.
4. PROVIDE 208V-1ø NEMA L6-20R RECEPTACLE (STANDARD DPS: TYPE 4OUTLET) FOR CONNECTION TO COMMUNICATIONS EQUIPMENT. CIRCUITUSING 2 #10, 1 #10G - 3/4"C. COORDINATE EXACT REQUIREMENTS PRIORTO INSTALLATION.
5. PROVIDE 120V-1ø NEMA 5-20R QUADPLEX RECEPTACLE (STANDARDDPS: TYPE 3 OUTLET) WITH 2 DEDICATED CIRCUITS FOR CONNECTION TOCOMMUNICATIONS EQUIPMENT. COORDINATE EXACT REQUIREMENTSPRIOR TO INSTALLATION..
6. PROVIDE FLUSH MOUNTED EPO, PILLA #ST120PBFN1 WITH CLEARHINGED COVER #PILCH4COV1 TO INTERRUPT POWER TO BOILEREQUIPMENT AND GAS WATER HEATERS. EPO SHALL SHUNT-TRIPBOILERS 'B-1' AND 'B-2' AND GAS WATER HEATERS 'GWH-1' AND 'GWH-2'CIRCUIT BREAKERS IN PANEL 'P2'.
7. PROVIDE A CEILING JUNCTION BOX AND 120V-1ø POWER CONNECTIONTO VOICE AMPLIFICATION SYSTEM. COORDINATE EXACT LOCATION ANDREQUIREMENTS PRIOR TO INSTALLATION.
8. 18" LADDER RACK SHOWN FOR REFERENCE ONLY.
9. ALL RECEPTACLES IN THIS ROOM SHALL BE FLUSH MOUNTED INTELECOM PLYWOOD. COORDINATE WITH IT CONTRACTOR PRIOR TOROUGH-IN.
10. PROVIDE 12"W x 4"H x 1/4"D COPPER GROUND BAR. TIE INTO MAINBUILDING GROUND BAR LOCATED IN MAIN ELECTRICAL ROOM USING #3/0INS. CU GROUND CONDUCTOR. MOUNT AT 6'-6" AFF.
11. ROUTE #6 INS. CU GROUND FROM COPPER GROUND BAR TOEQUIPMENT RACK. ROUTE #6 INS CU GROUND FROM COPPER GROUNDBAR TO LADDER RACK. COORDINATE WITH IT CONTRACTOR PRIOR TOINSTALLATION.
12. PROVIDE A JUNCTION BOX AND 120V - 1ø POWER CONNECTION TOIRRIGATION CONTROLLER. COORDINATE EXACT LOCATION ANDREQUIREMENTS PRIOR TO INSTALLATION.
13. PROVIDE 120V POWER CONNECTIONS AND ALL NECESSARYCONTROL CONNECTIONS TO MAGNETIC HOLD OPEN DEVICES.COORDINATE DEVICE LOCATIONS WITH ARCHITECTURAL PLANS.COORDINATE POWER AND CONTROL WIRING REQUIREMENTS WITHMANUFACTURER'S INSTALLATION REQUIREMENTS. DOORS SHALL BERELEASED TO CLOSE UPON FIRE ALARM INITIATION. FIRE ALARM SYSTEMSHALL ALSO BE INTERCONNECTED WITH SECURITY SYSTEM AND SHALLRELEASE DOORS UPON AUXILIARY BUILDING LOCK-DOWN. SIGNAL FROMSECURITY SYSTEM THROUGH FIRE ALARM PANELBOARDINTERCONNECTION REQUIREMENTS AND EXACT SEQUENCE OFOPERATION AND RE-SET WITH SECURITY SYSTEM AND FIRE ALARMSYSTEM DESIGNER'S AND INSTALLERS.
14. PROVIDE FLUSH FLOOR BOX WITH (4) SECTIONS AND (2) 20A DUPLEXRECEPTACLES. FLOOR BOX SHALL BE WIREMOLD #RFB4-CI-1, RATEDFOR INSTALLATION IN SLAB ON GRADE. PROVIDE WITH (2) CIHT-D DUPLEXRECEPTACLE BRACKETS FOR COMMUNICATION DEVICES. COVER SHALLBE FLUSH FLANGED BRUSHED ALUMINUM TYPE, WITH CARPET INSETDEPRESSION IN COVER, #FPCT-CAL. PROVIDE WITH (2) #RFBCIKITPOWER/COMMUNICATIONS BARRIER KITS. COORDINATE COMMUNICATIONDEVICES, CABLES, AND CONDUIT REQUIREMENTS WITH COMMUNICATIONPLANS. VERIFY EXACT LOCATION WITH ARCHITECTURAL PLANS ANDFURNITURE VENDER PRIOR TO INSTALLATION.
15. PROVIDE A 1-1/2" CONDUIT SLEEVE FOR CONNECTION TO EXTERIORWAP (WIRELESS ACCESS POINT). CONDUIT SLEEVE SHALL BE LOCATEDAT 12' A.F.F AND NO LONGER THAN 2' IN LENGTH. VERIFY EXACTLOCATION AND REQUIREMENTS WITH DPS IT PERSONNEL PRIOR TOINSTALLATION.
16. AIPHONE SYSTEM MASTER CONTROLLER.
17. AIPHONE SYSTEM DOOR SUBSTATION.
18. KEY PAD FOR MOTION INTRUSION DETECTION SYSTEM.
19. PROVIDE (2) 4" UNDERGROUND CONDUITS ROUTED FROM MDF ROOMTO BUILDING EAST PROPERTY LINE FOR CENTURY LINK DEMARCATION.VERIFY EXACT LOCATION OF STUB-UPS WITH DPS IT PERSONNEL PRIORTO INSTALLATION.
KEY NOTES (THIS SHEET)
1. MAKE ALL FINAL ELECTRICAL CONNECTIONS TO EQUIPMENT REQUIRINGELECTRICAL CONNECTION. THIS SHALL INCLUDE BUT NOT BE LIMITED TO ALLMECHANICAL AND OTHER EQUIPMENT INCLUDED IN THIS PROJECT
2. PROVIDE FUSES SIZED PER EQUIPMENT MANUFACTURER'SREQUIREMENTS.
3. DISCONNECT SWITCH LOCATIONS ARE SHOWN DIAGRAMMATICALLY ANDSHALL BE INSTALLED IN ACCESSIBLE LOCATION TO SUIT EQUIPMENT ANDSPACE. DISCONNECT SWITCHES SHALL BE WITHIN SIGHT OF THE EQUIPMENTTHEY SERVE AND MOUNTED AT 6'-3" MAXIMUM, TO TOP OF CABINET. MAINTAINNEC WORK SPACE AND REQUIREMENTS.
4. RECEPTACLES INDICATED TO BE MOUNTED ABOVE COUNTER ARE TO BEMOUNTED HORIZONTALLY 6" ABOVE COUNTER.
5. COORDINATE AND VERIFY EXACT MOUNTING LOCATIONS OF WALL ANDFLOOR DEVICES WITH ARCHITECTURAL ELEVATIONS, AND ANY FURNITUREOR SPECIALTY EQUIPMENT SUPPLIER DRAWINGS PRIOR TO ROUCH-IN.
6. COORDINATE EXACT REQUIREMENTS AND LOCATIONS OF MECHANICALEQUIPMENT WITH MECHANICAL DRAWINGS AND MECHANICAL CONTRACTORPRIOR TO ROUGH-IN.
7. CEILING MOUNTED JUNCTION BOX FOR WIRELESS ACCESS POINT SHALL BEON THE CLOUD ON TOP OF THE DROP CEILING IN EACH CLASSROOM.
GENERAL NOTES (THIS SHEET)
GFI
75432
A
B
C
1
D
D.2
D.1
A.3
7.1
5.3
3.3
C.7
C.8
D3
1.8 6
6.2
4.2
A.9
1.2
+42"GFI
GFI
2
GFIGFI
MULTIPURPOSE
103STORAGE
103A
CUSTODIAL
104B
MECHANICAL
104C
STORAGE
104CA
STORAGE
108B
STORAGE
109A
CLASSROOM
109CLASSROOM
108
UNISEX
108A
STORAGE
106BSTORAGE
107A
UNISEX
106A
CLASSROOM
107
STORAGE
110BSTORAGE
111A
UNISEX
110A
CLASSROOM
110
STORAGE
112B
STORAGE
113A
UNISEX
112A
CLASSROOM
112
CLASSROOM
113
CLASSROOM
111
RECEPTION
101A
CLINIC
101B
OFFICE
101D
VESTIBULE
100A
CONFERENCE
102
O/S1
O/S1
FOOD
SERVICE
104A
MEN
100B WOMEN
100C
MDF
114A
UNISEX
114B
CORRIDOR
105
CLASSROOM
106
OFFICE
101F
WORKROOM
101C
UNISEX
101BA
CORRIDOR
101
CORRIDOR
100
OUTDOOR
STORAGE
O/S2
GFI
GFI
GFI GFI
GFIGFI
WPGFI
1
+42"GFI
EWC
WPGFI
2
WPGFI
+96"
WPGFI
2
GFIGFI
+96"
+96"
2
2
WPGFI
/10P1GFI
/11P1
22
2
OFFICE
101E
CUH-2
+96"
2
2
2
2
2
22
2 2
2
2
2
2
4
2
2
22
GFI GFI
3
33
3
3
3
33
3 33
3
3
3
3
XCELCT CABINET
XCELMETER
+42"GFI
SHORTTHROWPROJECTOR - TYP.
2
7
77
7
7
7
7
7
WPGFI
E2.1
2
/28P122
+48"
2
2
2
2
22 2 2
/43P1
/43P1
/43P1
/43P1
/49P1 /45P1 /47P1
/55P1
/54P1
/36P1
/38P1 /38P1 /40P1 /40P1
/36P1
/43P1
/55P1
/55P1
/5P1
/1P1
/1P1 /1P1
/1P1
/3P1
/1P1
/2P1 /2P1
/2P1
/6P1
/2P1
/2P1
/71P1/71P1
/4P1
/7P1
/7P1
+96"
/7P1
/7P1 /7P1 /9P1
/8P1
/8P1/8P1GFI
/8P1
/44P1
/77P1/77P1
/44P1
/44P1
/44P1/44P1
/44P1/81P1
/81P1
/81P1
/26P1
/26P1
/26P1
/26P1
/28P1
/28P1
/28P1
/28P1
/28P1
/28P1
/28P1 /42P1
/50P1
/50P1/52P1
/52P1
/50P1
/34P1
/34P1 /30P1
/34P1
/34P1
/32P1/32P1
/32P1
/32P1
/13P1
/13P1/17P1
/13P1
/13P1
/15P1
/13P1
/13P1
/13P1
/32P1
/32P1
/32P1
/25P1
/77P1
/24P1
/77P1/20P1
/19P1
/42P1
/25P1
/77P1
/44P1
/25P1
/27P1
/14P1
/14P1
/14P1
/19P1
/20P1
/25P1
/74,76P1
/14P1
/19P1
/20P1
/20P1
/25P1
/23P1
/42P1
/77P1
/16P1
/18P1
/19P1
/21P1/22P1
/72P1
/32P1
+96"
/72P1/72P1
/51P1
2
/8P1/7P1/2P1/1P1
E2.1
3
E2.1
4
/14P1
/19P1
CUH-1
/ 7P2
/ 8P2
EF-8
EF-7
12
/48P1
/ 53P1
+96"/12P1
2
/8P1
/8P1
/14P1 /14P12
WPGFI
/19P1
/19P1
/19P12
/20P1 /20P12
/20P1
WP
/25P2
FC-1
EH-1/ 26P2
/ 22,24P2
/ 32P2
/ 32P2
13
/25P1
/13P1
/81P1
+60"
/81P114
15
+72"AFF
/32P1
17
18
17
17
16
WORKROOM
114
+96"
/83P1
U.CREF.
/17P1
/18P1
/23P1
/24P1
/5P1
/6P1
/11P1
/12P1
/42P12
+60"
+96"/43P1
2
2AC
2
/34P12
2
1
1
1 1 1 1
1
1
2
2
MDF
114A
/56P1
/56P1
/56P1
+18"/58P1/60P1
/57,59P1
/73,75P1
/68P1/66P1
/65P1/63P1
/62P1/64P1
/67P1/69P1
+18"
+72"
+72"
+18"+18"
+18"
4
4
5
9
55
5
5
1011
8
18
1
32
A
A.3
P1
MSB
P2
P3
MECHANICAL
104C
WPGFI
UH-2
MECH. CONTROLS
ACCESS. CONTROLS
4
/61P1
/79P1
O/S1
O/S1
/ 28P2
/ 27P2
DCP-1
GWH-1
/ 16,18,20P2
6
UH-1/ 29P2
/ 29P2
+42"GFI
+42"GFI
+42"GFI
HWP-3 HWP-4
/ 15,17,19P2
/79P1
/79P1
/79P1/79P1
TIME CLOCK
/5P3
2
CO
1
2 1
1
1
1
B1/31P2
2
2
C.7
C.8
GFI
GFI
GFI
REF.
GFI
DISPOSALCOFFEE MAKER
MICROWAVE
DISHWASHER
/31P1 /39P1/41P1/33P1
/37P1
/29P1
/35P1
+60"GFI
WORKROOM
114
SHEET:
OF:
DESIGNED BY:DRAWN BY:CHECKED BY:DATE:SCALE:
DENVER PUBLIC SCHOOLSDEPARTMENT OF
FACILITY MANAGEMENT
APPROVED CONTRACT DOCUMENT
DATE:
NO. DATE DESCRIPTION OF REVISION AUTHORITY MADE APPR'D.
DENVER, COSCHOOL DISTRICT NO. 1 SITE NO. 196
DWG. NO.
DEPARTMENT OF FACILITY MANAGEMENT
DENVER PUBLIC SCHOOLS
LARSON INCITTI ARCHITECTS1900 WAZEE ST. SUITE 1539
DENVER, CO 80202
303-292-4304
AS NOTED CONSTRUCTION DOCUMENTS
953.001
SCHOOL NO. 1107
72E2.1
PP2570 FAR NORTHEAST ECECATHAY ST., DENVER, CO 80249
JPOT
02/11/16
LEVEL 1 POWER PLAN
1107 -
2570 -
OR
- E
2.1
JP
SUITE 1500
80202
3 0 3 . 3 8 2 . 1 9 2 0T :
3 0 3 . 3 8 2 . 1 9 3 0
717 17th Street,
F :
DENVER, CO
High Performance Building Consultants
w w w . m e g r o u p . c o m
Job #:
Rme UPG
SCALE: 1/8" = 1'-0"1LEVEL 1 POWER PLAN
SCALE: 1/4" = 1'-0"2ENLARGED MDF ROOM 114A
SCALE: 1/4" = 1'-0"3ENLARGED MAINTENANCE 104C
SCALE: 1/4" = 1'-0"4ENLARGED PARTIAL WORKROOM 114
67
1 05/13/16 PR #2 - MISC. PLAN CHANGES
2 07/01/16 PR-04
3
3
3
TRACK TRACKTRACK
VS
VS
VS
VS
VSVS
OS OS VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
a,bLV
VS
LV
D
LVD LVD
VS
VS VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
VS
DLDLDLDL
DL
VS
DL
VS
aLV
Da
LV
D
VS
b LV
D
a LV
D
a LV
Db L
VD
aLV
Db
LV
Da
,bLV
a,b
LV
a,b
LV
a LV
Db L
VD
bLV
Da
LV
Da
,bLV
aLVD
bLVD
bL
VD
aL
VD
aL
VD
bL
VD
a,bLV
DL
bLV
Da
LV
D
3bLVD
3aLVD
3
3
3
3 3
3
3
LV
LV
LV
a,b
LV
DL
VS
VS
3
DL
DL
DL
DL
VSVS
VS
VS
3cLVD
CLV
D
J
J
J
3c
LV
D3b
LV
D3a
LV
D
LV
D
J
1. PROVIDE A LOW-VOLTAGE SWITCH FOR AFTER-HOUR OVERRIDE OFLIGHTING FIXTURES IN CORRIDORS/VESTIBULES. LIGHTING CIRCUITSSERVING CORRIDORS/VESTIBULES SHOULD BE ROUTED THROUGHASTRONOMIC TIME CLOCK. REFER TO ONE-LINE DIAGRAM ON SHEET E4.1FOR ADDITIONAL INFORMATION.
2. LIGHTING CIRCUITS SERVING EXTERIOR FIXTURES SHALL BE ROUTEDTHROUGH ASTRONOMIC TIME CLOCK. REFER TO ONE-LINE DIAGRAM ONSHEET E4.1 FOR ADDITIONAL INFORMATION.
3. DAYLIGHT ZONE NOT REQUIRED IN THIS SPACE PER THE EXCEPTION IN2015 IECC SECTION C405.2.3. TOTAL WATTAGE OF GENERAL LIGHTINGDOES NOT EXCEED 150 WATTS.
4. PROVIDE A JUNCTION BOX AND 120V POWER CONNECTION TO COVELIGHTING DRIVER THAT MUST BE ACCESSIBLE ABOVE THE CEILING.
5. PROVIDE A JUNCTION BOX, CONDUIT, AND DMX CABLING PER THEMANUFACTURERS REQUIREMENTS STUBBED ABOVE CEILING FOR RGBLIGHTING CONTROL BOX (CBX BY LUMENPULSE) AND RGB LIGTHINGCONTROLLER (LUMENTOUCH 2.0 BY LUMENPULSE) IN RECEPTION. MOUNTRGB LIGHTING CONTROLLER AT LEAST 48" AFF. CONFIRM EXACTLOCATION OF CONTROL BOX AND CONTROLLER WITH OWNER ANDARCHIECT. RGB CONTROL BOX AND CONTROLLER ARE FOR FIXTURE R3.DAISY CHAIN FIXTURE R3 USING DMX WIRE TO THE RGB CONTROL BOXPER THE MANUFACTURERS REQUIRMENTS TO THE CONTROL BOX.
KEY NOTES (THIS SHEET)
1. CONFIRM MOUNTING HEIGHT AND LOCATION OF ALL LUMINAIRES ANDDEVICES WITH ARCHITECT PRIOR TO ROUGH IN.
2. CONNECT ALL EMERGENCY LIGHTING AHEAD OF LOCAL SWITCHING.
3. CONNECT ALL EXIT SIGNS AHEAD OF LOCAL SWITCHING.
4. ALL CELING AND WALL MOUNTED VACANCY SENSORS SHOWN SHALL BEDUAL TECHNOLOGY TYPE.
5. REFER TO ARCHITECTURAL ELEVATIONS AND REFLECTED CEILING PLANSFOR EXACT MOUTNING LOCATIONS OF LUMINAIRE.
6. COORDINATE LUMINAIRE LOCATIONS WITH MECHANICAL PIPING,DUCTWORK, ETC. TO AVOID CONFLICTS. SEE SPECIFICATIONS FORCOORDINATION REQUIREMENTS.
7. FIELD COORDINATE EXACT LOCATIONS OF CEILING MOUNTED VACANCYAND OCCUPANCY SENSORS PER MANUFACTURER'S INSTRUCTIONS. THELOCATIONS OF THE VACANCY SENSORS ARE DIAGRAMMATIC. DO NOTLOCATE VACANCY SENSORS WITHIN THREE FEET OF AN HVAC SUPPYDEVICE. IF ADDITIONAL SENSORS ARE NEEDED FOR COMPLETE COVERAGEOF SPACE, THEY SHALL BE PROVIDED AND INSTALLED BY THE CONTRACTORAS REQUIRED TO PROVIDE COMPLETE SPACE COVERAGE.
8. CONTRACTOR SHALL PROVIDE ALL NECCESSARY SWITCH PACKS FORVACANCY AND OCCUPANCY SENSORS TO PROVIDE FUNCTION INDICATED.
9. ALL EXIT SIGNS SHALL BE CIRCUITED TO LIGHTING CIRCUIT SERVINGOTHER LUMINAIRES IN THE SAME SPACE AS THE EXIT SIGNS.
10.LOSS OF UTILITY POWER SHALL ENERGIZE ALL EGRESS LIGHTING. THEDESIGN SHALL MEET ALL UL STANDARDS FOR LIFE SAFETY REQUIREMENTS.
11. VACANCY/OCCUPANCY SENSORS SHALL BE SET AT A MAXIMUM 15MINUTE TIMEOUT.
12. VACANCY SENSORS SHALL AUTOMATICALLY TURN OFF ALL LIGTHINGWITHIN 30 MINUTES OF ALL OCCUPANTS LEAVING THE SPACE PER 2015 IBCCC405.2.1.1
GENERAL NOTES (THIS SHEET)
75432
A
B
C
1
D
D.2
D.1
A.3
7.1
5.3
3.3
C.7
C.8
D3
1.8 6
6.2
4.2
A.9
1.2
L1L2
L2 L1E
L1
L1
S3
S3
S3
S3E
S3
S3E S3
S3E
S3
S3E
R1
R1
R1 R1
R1
R1
D1 D1
D1
D1 D1
D1
D1D1
R1R1
R1R1
S1E
S1ES1E
D1 D1
D1
D1 D1
L2
L2E
D1 D1
D1
D1D1
D1
D1
D1
D1
D1 D1
D1 D1
S3
D1
D1E D1E
D1
L2EL2E
R1
R1R1
R1R1R1
R1
R1E
R1E
R1
D1
D1 D1
D1E
D1
D1
D1
D1D1
R1ER1
R1
R1
R1
R1 R1
R1
L2 L2
L2E
L2
L2E
L1
R1E
R1
R1E
R1R1
R1
R1 R1
D1D1
D1
D1D1
D1
D1 D1
D1
D1
D1D1
D1
STORAGE
108B
STORAGE
109A
CLASSROOM
109
CLASSROOM
108
UNISEX
108A
STORAGE
106B
STORAGE
107A
UNISEX
106A
CLASSROOM
107
STORAGE
110B
STORAGE
111A
UNISEX
110A
CLASSROOM
110
STORAGE
112B
STORAGE
113A
UNISEX
112A
CLASSROOM
112
CLASSROOM
113
MULTIPURPOSE
103
CLASSROOM
111
RECEPTION
101A
CLINIC
101B
OFFICE
101D
OFFICE
101E
VESTIBULE
100A
CONFERENCE
102
STORAGE
103A
CUSTODIAL
104B
MECHANICAL
104C
O/S1
O/S1
STORAGE
104CA
FOOD
SERVICE
104A
MEN
100B
WOMEN
100C
MDF
114A
UNISEX
114B
CORRIDOR
105
CLASSROOM
106
OFFICE
101F
WORKROOM
101C
UNISEX
101BA
CORRIDOR
101
CORRIDOR
100
OUTDOOR
STORAGE
O/S2
L2
L2E
L2E
L2
W2E
W2E
L2
L2E
R2
W2E
R1
R1
S3E
R1R1
R1E
a,b
a,b
a
R1E
b
a
b
a
b
a
a,b
a,b
a
aa
bb
b
a
b
a
b
a
b
a a
aa
b
aa
b
a
a
a
a,b
a,b
a
bbb ba,b
a,b
a,b
a,b
a,b
a,bb b
a
bb
a a a
b
a
b
a,b
a,b
a,b
a,bb
b
b
a
a a
a a
b
a,b
D1
a
a
ac
c
c
c
X1
X1
X2
X1
D1
X1C1 C1 C1C1 C1 C1 C1 C1 C1
L2E
L2
a
a
X1
R1 R1
a
a
a
b
b
b
b
b b
R1S3
R4
R4
W3E
W3E
W3E
W3EW3E
a
a a
W3E
R3
R3 R3 R3
R3
R3
R3
R3
a
R4
R4
R4
R4
R4R4
R4 R4
b
b
b
b
a
S1E
b
b a a
R4
R4
D1
D1
a
D1
b
a
a
a
ab
b
HATCH REPRESENTSDAYLIGHT ZONE. TYPICAL
a
b
b
/ 6P3
/ 6P3 / 6P3
/ 6P3
/ 6P3
/ 6P3
/ 6P3
/ 6P3
/ 6P3 / 6P3
/ 6P3/ 6P3
/ 11P3
/ 11P3
/ 11P3
/ 11P3
/ 11P3
/ 11P3
/ 11P3
/ 11P3
/ 11P3
/ 11P3
/ 11P3
/ 11P3/ 11P3
/ 11P3 / 11P3
/ 11P3/ 11P3
/ 11P3
/ 11P3/ 11P3
/ 8P3
/ 1P3
/ 1P3
/ 1P3
/ 1P3
/ 1P3 / 1P3
/ 1P3
/ 1P3
/ 1P3 / 1P3
/ 12P3/ 10P3
/ 1P3 / 1P3
/ 1P3
/ 1P3/ 1P3
/ 12P3
/ 4P3
/ 4P3
/ 4P3/ 4P3
/ 4P3
/ 4P3 / 4P3
/ 4P3
/ 4P3
/ 4P3/ 4P3
/ 4P3
/ 4P3
/ 4P3/ 4P3
/ 12P3
/ 12P3
/ 12P3
/ 12P3
/ 12P3
/ 12P3
/ 12P3
/ 12P3
/ 12P3/ 12P3
/ 12P3
/ 12P3
/ 12P3
/ 12P3/ 12P3
/ 12P3
/ 12P3
/ 12P3/ 12P3
/ 12P3
/ 12P3/ 12P3/ 12P3
/ 10P3
/ 12P3
/ 12P3
/ 10P3
/ 10P3/ 10P3/ 10P3
/ 10P3
/ 10P3
/ 17P3
/ 17P3
/ 17P3
/ 10P3
/ 10P3
/ 2P3
/ 2P3
/ 2P3/ 2P3
/ 2P3 / 2P3
/ 2P3/ 2P3
/ 2P3
/ 2P3
/ 2P3
/ 2P3
/ 2P3/ 2P3
/ 3P3/ 3P3
/ 3P3
/ 3P3
/ 3P3/ 3P3
/ 3P3
/ 3P3/ 3P3
/ 3P3 / 3P3/ 3P3/ 3P3
/ 3P3
/ 3P3
/ 17P3
/ 17P3
/ 17P3
/ 17P3/ 17P3
/ 17P3
/ 17P3
/ 17P3
/ 17P3
/ 17P3
/ 17P3/ 17P3
/ 17P3 / 17P3 / 17P3
/ 17P3
/ 17P3
/ 8P3
/ 9P3/ 9P3
/ 9P3
/ 9P3
/ 9P3/ 9P3
/ 9P3
/ 9P3
/ 9P3
/ 9P3
/ 9P3
/ 9P3
/ 9P3
/ 9P3
/ 9P3
/ 9P3
/ 9P3/ 9P3
/ 9P3 / 9P3
/ 9P3
/ 9P3 / 9P3
/ 9P3
/ 9P3
/ 9P3 / 9P3
/ 9P3
/ 2P3
/ 8P3
/ 12P3
/ 10P3
R1CORRIDOR
104
CORRIDOR
105
CORRIDOR
105
/ 10P3
R1/ 9P3
/ 12P3
/ 12P3
/ 17P3
/ 10P3
W2E/ 8P3
a
R2/ 17P3
R2/ 17P3
R2/ 17P3
S3/ 7P3
L2E/ 10P3
L2
/ 10P3
D2
D2
/ 10P3
/ 10P3
R1 R1
R2
R1R1
/ 9P3 / 9P3
/ 9P3
/ 9P3/ 9P3
3
2
1
1
2
3
a
a
aa
a
a
aa
a
aa
a
a,b
b
b
b
a
c
c
a,ba,b
/ 6P3
/ 6P3
NL
NL
NL
D1 D1/ 17P3 / 17P3
c
c
S3
S3
S3
S3
/ 11P3
/ 11P3
/ 11P3
/ 11P3
S1E
S1
S1
S1
S1E
S1
S1
S1
S1
S1E
S1E
S1
S1
S1
S1E
S1
S1
S1
S1
S1E
/ 2P3
/ 2P3
/ 2P3
S1E
S1
S1
S1
S1
S1E
S1E
S1
S1
S1
S1E
S1E
S1
S1
S1
S1
S1
S1E
S1E
S1
S1
S1
S1
S1E
S1
S1
S1
S1E
S1E
S1
S1
S1
S1
S1E
S1E
S1
S1
S1E
S1E
S1
S1
S1
S1
S1E
S1E
S1
S1
S1E
S1
S1
S1
S1
S1
S1E
S1
S1
S1
S1E
D1/ 3P3b
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
/ 3P3
S1E
S1
S1
/ 2P3
/ 2P3
/ 2P3
//
/
/
/
/
/
/
/
/ 2P3
/ 2P3
/ 2P3
/ 2P3
/ 2P3
/ 2P3
/ 2P3
/ 2P3 / 2P3
/ 2P3
/ 2P3
/ 2P3
/ 2P3
/ 2P3
/ 2P3
/ 4P3
/ 4P3
/ 4P3
/ 4P3
/ 4P3
/ 4P3
/ 4P3
/ 4P3
/ 4P3
/ 4P3
/ 4P3
/ 4P3
/ 4P3
/ 4P3
/ 4P3
/ 4P3/ 4P3
/ 4P3
/ 4P3
/ 4P3
/ 1P3
/ 1P3
/ 1P3
/ 1P3
/ 1P3
/ 1P3/ 1P3
/ 1P3
/ 1P3
/ 1P3
/ 1P3
/ 1P3
/ 1P3
/ 1P3
/ 1P3
/ 1P3/ 1P3
/ 1P3
/ 1P3
/ 1P3
b
b
b
b
b
b b
b
b
b b
b
b
b
D1/ 1P3b
D1/ 1P3b
D1/ 4P3
b
b
b
b
b
b
b bb
b
b
b
b
D1/ 2P3a
b
b
b b
b
b
b
b
a
b
b
b
b
b
b
b
b
D1/ 2P3b
D1/ 3P3
b
b
b b
b
b
b
b
b
b
b
b
D1/ 4P3 b
D1/ 12P3
C1 C1 C1/ 6P3 / 6P3 / 6P3
aa
4
4
4
/13P3
/13P3
/13P3
C2C2C2
MULTIPURPOSE
103
a
WORKROOM
114
1
1
5
2
2
2
2
2
2
2
CLASSROOMS:1. PROVIDE TWO (2) VACANCY SENSORS ON THE CEILING TO CONTROL THEENTIRE ROOM. MANUAL ON, AUTO OFF.2. PROVIDE LOW VOLTAGE SWITCH AT THE ENTRY DOOR FOR MANUAL CONTROLOVERRIDE.3. PROVIDE LOW VOLTAGE DIMMER SWITCHES AT TEACHER STATION FORMANUAL CONTROL OVERRIDE.4. THE LOW VOLTAGE SWITCH NEAR THE ENTRY WAY DOOR SHALL TURN ON ALLLIGHTING TO 50% LIGHT LEVELS. THE DIMMER SWITCH(ES) LOCATED AT THETEACHER STATION SHALL BE MANUAL ON TO 100% LIGHTING LEVELS OR 100%OFF.5. IF THERE IS A DAYLIGHT ZONE, THE LUMINAIRES WITHIN THAT ZONE SHALL BECONTROLLED BY A DAYLIGHT SENSOR. THAT SENSOR WILL DIM THE LIGHTS ASINTERIOR LIGHT LEVELS GO UP.
RESTROOMS:UNISEX RESTROOMS SHALL BE CONTROLLED USING A SWITCH WITH ANINTEGRATED VACANCY SENSORS FOR MANUAL ON/AUTO OFF. RESTROOMSLOCATED NEAR ADMIN AREA SHALL BE CONTROLLED WITH A CEILING MOUNTEDOCCUPANCY SENSOR FOR AUTO ON/AUTO OFF.
CORRIDOR/VESTIBULE/COMMON AREA:1. CORRIDORS/VESTIBULE/COMMON AREA LUMINAIRES SHALL BE CONTROLLEDTO COME ON DURING SCHOOL HOURS AND TURN OFF AFTER SCHOOL HOURSTHROUGH AN ASTRONOMICAL TIME CLOCK.2. IF THERE IS A DAYLIGHT ZONE, THE LUMINAIRES WITHIN THAT ZONE SHALL BECONTROLLED BY A DAYLIGHT SENSOR. THAT SENSOR WILL DIM THE LIGHTS ASINTERIOR LIGHT LEVELS GO UP.
ADMIN OFFICES:INDIVIDUAL OFFICES SHALL BE CONTROLED USING A VACANCY SENSOR FORMANUAL ON/AUTO OFF AND A LOW VOLTAGE DIMMER SWITCH, WHICH SHALL BELOCATED AN THE ENTRY DOOR FOR MANUAL CONTROL OVERRIDE AND DIMMINGCONTROL.
CONFERENCE ROOM:PROVIDE A SINGLE VACANCY SENSOR ON THE CEILING TO CONTROL ENTIREROOM FOR MANUAL ON/ AUTO OFF. PROVIDE TWO LOW VOLTAGE DIMMERSWITCHES AT ENTRY DOOR FOR MANUAL CONTROL. IF THERE IS A DAYLIGHTZONE, THE LUMINAIRES WITHIN THAT ZONE SHALL BE CONTROLLED BY ADAYLIGHT SENSOR. THAT SENSOR WILL DIM THE LIGHTS AS INTERIOR LIGHTLEVELS GO UP.
MULTIPURPOSE:1. PROVIDE FOUR (4) VACANCY SENSORS ON THE CEILING TO CONTROL THEENTIRE ROOM. MANUAL ON, AUTO OFF.2. PROVIDE THREE WAY LOW VOLTAGE DIMMER SWITCHES ALONG NORTH WALLAND ENTRY WAY FOR MANUAL CONTROL OVERRIDE.3. IF THERE IS A DAYLIGHT ZONE, THE LUMINAIRES WITHIN THAT ZONE SHALL BECONTROLLED BY A DAYLIGHT SENSOR. THAT SENSOR WILL DIM THE LIGHTS ASINTERIOR LIGHT LEVELS GO UP.
JANITOR/STORAGE ROOMS:INDIVIDUAL ROOMS SHALL BE CONTROLLED USING A SWITCH WITH ANINTEGRATED VACANCY SENSORS FOR MANUAL ON/AUTO OFF.
EXTERIOR BUILDING MOUNTED LIGHTS:LUMINAIRES SHALL BE CONTROLED USING AN ASTRONOMICAL TIME CLOCK FORON/OFF TIMES.
LIGHTING CONTROL NOTES (THIS SHEET)
SHEET:
OF:
DESIGNED BY:DRAWN BY:CHECKED BY:DATE:SCALE:
DENVER PUBLIC SCHOOLSDEPARTMENT OF
FACILITY MANAGEMENT
APPROVED CONTRACT DOCUMENT
DATE:
NO. DATE DESCRIPTION OF REVISION AUTHORITY MADE APPR'D.
DENVER, COSCHOOL DISTRICT NO. 1 SITE NO. 196
DWG. NO.
DEPARTMENT OF FACILITY MANAGEMENT
DENVER PUBLIC SCHOOLS
LARSON INCITTI ARCHITECTS1900 WAZEE ST. SUITE 1539
DENVER, CO 80202
303-292-4304
AS NOTED CONSTRUCTION DOCUMENTS
953.001
SCHOOL NO. 1107
72E3.1
PP2570 FAR NORTHEAST ECECATHAY ST., DENVER, CO 80249
JPOT
02/11/16
LEVEL 1 LIGHTING PLAN
1107 -
2570 -
OR
- E
3.1
JP
SUITE 1500
80202
3 0 3 . 3 8 2 . 1 9 2 0T :
3 0 3 . 3 8 2 . 1 9 3 0
717 17th Street,
F :
DENVER, CO
High Performance Building Consultants
w w w . m e g r o u p . c o m
Job #:
Rme UPG
SCALE: 1/8" = 1'-0"1LEVEL 1 LIGHTING PLAN
69
1 05/13/16 PR #2 - MISC. PLAN CHANGES
2 07/01/16 PR-04
2
LUMINAIRE SCHEDULE
TYPE
C1
C2
D1
D1E
D2
L1
L1E
L2
L2E
R1
R2
R3
R4
S1
S1E
S2
S2E
W2E
W3E
Z1
Z2
X1
X2
GENERAL NOTES:
1.
2.
3.
4.
SCHEDULED NOTES:
1.
2.
3.
4.
5.
6.
DESCRIPTION
9" OPEN LED CYLINDER, WHITE REFLECTOR, PRISMATIC ACRYLIC LENS,
WITH AIRCRAFT CABLE.
WHITE LED TAPE LIGHT FOR COVE LIGHTING, POLYURETHANE COATING, CLASS II
COMPLIANT, DIMMING CONTROL. PROVIDE 4 INCH EXTENSIONS FOR A CONTINUOUS
RUN OF TAPE LIGHT ALONG RAII OF COVE WAVES. SEE PLANS FOR EXACT RUN LENGTH OF EACH COVE.
6" RECESSED CAN LIGHT LED, OPEN REFLECTOR, CLEAR TRIM, SEMI-SPECULAR FINISH,
6" RECESSED CAN LIGHT LED, OPEN REFLECTOR, CLEAR TRIM, SEMI-SPECULAR FINISH WITH
EMERGENCY BATTERY PACK AND INTEGRAL TEST SWITCH.
2" RECESSED ARCHITECTURAL LED DOWNLIGHT WITH CLEAR AND SLEF-FLANGED TRIM,
WITH WIDE BEAM ANGLE, HIGH CRI (90+), AND NEW CONSTRUCTION HOUSING
NARROW 2" WIDE SUSPENDED DIRECT LINEAR LED WITH FROSTED FLUSH SHIELD,
WHITE FINISH, AND MOUNTABLE TO GRID CEILING USING AIRCRAFT CABLE
NARROW 2" WIDE SUSPENDED DIRECT LINEAR LED WITH FROSTED FLUSH SHIELD,
WHITE FINISH, MOUNTABLE TO GRID CEILING USING AIRCRAFT CABLE WITH
EMERGENCY BATTERY PACK AND INTEGRAL TEST SWITCH.
NARROW 2" WIDE SUSPENDED DIRECT/INDIRECT LINEAR LED WITH FROSTED FLUSH SHIELD,
WHITE FINISH, AND MOUNTABLE TO GRID CEILING USING AIRCRAFT CABLE
NARROW 2" WIDE SUSPENDED DIRECT/INDIRECT LINEAR LED WITH FROSTED FLUSH SHIELD,
WHITE FINISH, MOUNTABLE TO GRID CEILING USING AIRCRAFT CABLE WITH
EMERGENCY BATTERY PACK AND INTEGRAL TEST SWITCH.
2X2 VOLUMETRIC RECESSED LED TROFFER WITH CURVED RIBBED DIFFUSER, CENTER
BASKET DESIGN, HIGH EFFICACY LED LIGHT ENGINE
7' RECESSED DIRECT LINEAR LED FROSTED FLUSH SHIELDING, WHITE FINISH.
TRIMLESS 6' (L) X 2 11/16" RECESSED VERTICAL MOUNT LINEAR LED WITH 8 DIFFERENT
COLORS, SPACKLE FLANGE TRIM.
4' LINEAR GRID MOUNTED LED LUMINAIRE, FROSTED SHEILDING, HIGH REFLECTIVE
WHITE PAINT WITH ALUMINUM TRIM RAILS
SUSPENDED DIRECT/INDIRECT LED LUMINAIRE. 40% UPLIGHT, 60% DOWNLIGHT
SOFTSHINE LENS, ADJUSTABLE CABLE AND GRAPPERS, AND DUST COVER.
SEE PLANS FOR LENGTHS.
SUSPENDED DIRECT/INDIRECT LED LUMINAIRE. 40% UPLIGHT, 60% DOWNLIGHT
SOFTSHINE LENS, ADJUSTABLE CABLE AND GRIPPERS, DUST COVER
AND EMERGENCY BATTERY BACK UP. SEE PLANS FOR LENGTHS
4 FT LENSED LED STRIP LIGHT WITH WIRE GUARD
4FT LENSED LED STRIP LIGHT WITH WIRE GUARD WITH EMERGENCY BATTERY PACK
WET AND COLD LISTED ARCHITECTURAL EMERGENCY SCONCE LIGHT WITH SELF-DIAGNOSTICS,
90 MINUTE BACK UP BATTERY AND FORWARD THROW OPTICS
8' DIRECT/INDIRECT WALL MOUNTED LINEAR LED, FROSTED FLUSH SHIELD
17" CYLINDRICAL EXTERIOR POLE MOUNTED ROUND ROADWAY LED LUMINAIRE - SINGLE HEAD.
TYPE III DISTRIBUTION WITH FULL CUT OFF, PHOTOCELL, BRONZE FINISH (TO MATCH EXISTING)
17" CYLINDRICAL EXTERIOR POLE MOUNTED ROUND ROADWAY LED LUMINAIRE.
TWIN POLE MOUNT AT 180 DEGREES. TYPE III DISTRIBUTION WITH FULL CUT OFF, PHOTOCELL,
BRONZE FINISH (TO MATCH EXISTING)
SINGLE FACE DIECAST SATIN ALUMINUM LED EXIST SIGN WITH GREEN LETTERS,
90-MINUTE BATTERY PACK, AND SELF-DIAGNOSTICS.
SEE PLANS FOR DIRECTIONAL ARROWS.
DOUBLE FACE DIECAST SATIN ALUMINUM LED EXIST SIGN WITH GREEN LETTERS,
90-MINUTE BATTERY PACK, AND SELF-DIAGNOSTICS.
SEE PLANS FOR DIRECTIONAL ARROWS.
COORDINATE CEILING AND WALL MOUNTING WITH ARCHITECTURAL PLANS, ELEVATIONS, AND DETAILS.
VERIFY TRIM COMPATIBILITY WITH CEILING TYPE PRIOR TO SUBMITTALS.
VERIFY LINEAR RUN LENGTHS PRIOR TO SUBMITTALS.
CONTRACTOR SHOULD PROVIDE FIVE (5) ADDITIONAL SPARE FIXTURES OF EACH TYPE TO OWNER.
FINISH TO BE VERIFIED BY ARCHITECT.
INCLUDE ALL HARDWARE FOR A FULLY FUNCTIONAL COVE LIGHTING SYSTEM.
SEE PLANS FOR TOTAL RUN LENGTH.
COORDINATE 8 DIFFERENT COLORS WITH ARCHITECT.
PROVIDE ALL EQUIPMENT FOR A FULLY FUNCTIONAL LED TAPE COVE LIGHT SYSTEM. SEE PLANS FOR APPROXIMATE RUN LENGTH.
CONTROL SYSTEM TO BE COORDINATED WITH LUMINAIRE MANUFACTURER.
