GENERAL DATA
1 LAWRENCE HALL - DISCHARGE DAMPER SCHEDULE
DESIGNATION
CD2-1
CD2-2
CD2-3
CD2-4
CD2-5
CD2-6
CD2-7
CD2-8
CD2-9
CD2-10
CD2-11
AIR HANDLING SYSTEM
AHU 2
AHU 2
AHU 2
AHU 2
AHU 2
AHU 2
AHU 2
AHU 2
AHU 2
AHU 2
AHU 2
1
2
3
4
5
6
7
8
9
10
11
ZONE
AREA SERVED
TYPE
MANUFACTURER
SERIES
MAXIMUM DISCHARGE VELOCITY
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
FPM
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
IN
10 X 8
14 X 12
20 X 20
10 X 10
14 X 12
14 X 10
12 X 10
12 X 12
16 X 16
22 X 18
8 X8
IN
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
WIDTH X HEIGHT
DIAMETER
REMARKS
ZONE
OPPOSED
REMARKS
1 - DAMPER SHAFTS TO MOUNT HORIZONTAL.
2 - PROVIDE ALL EXTERNAL DRIVE SHAFTS AS REQUIRED FOR MOTORIZED OPERATORS. SHAFT SHALL BE MARKED TO INDICATE DAMPER OPEN/CLOSE POSITION.
3 - PROVIDE BRACING AS REQUIRED PER MANUFACTURERS INSTALLATION MANUAL.
4 -MECHANICAL CONTRACTOR SHALL FIELD VERIFY ALL DAMPER DIMENSIONS PRIOR TO PURCHASE AND INSTALLATION.
5 - MECHANICAL CONTRACTOR SHALL FURNISH AND INSTALL DAMPER. CONTROLS PROVIDER SHALL FURNISH AND INSTALL ACTUATOR AND ALL CONTROL APPURTENANCES.
GENERAL DATA
5 WILDENTHALL LIBRARY - DISCHARGE DAMPER SCHEDULE
DESIGNATION
CD5-1
CD5-2
CD5-3
CD5-4
CD5-5
CD5-6
CD5-7
CD5-8
CD5-9
CD5-10
CD5-11
CD5-12
CD5-13
CD5-14
CD5-15
CD5-16
CD5-17
AIR HANDLING SYSTEM
AHU 1
AHU 1
AHU 1
AHU 1
AHU 1
AHU 2
AHU 2
AHU 2
AHU 2
AHU 2
AHU 2
AHU 3
AHU 3
AHU 3
AHU 3
AHU 3
AHU 3
2
3
4
5
1
2
3
4
5
6
1
2
3
4
5
6
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
AREA SERVED
TYPE
MANUFACTURER
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
FPM
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
IN
56 X 16
44 X 16
38 X 14
42 X 14
48 X 14
40 X 14
40 X 14
38 X 14
38 X 14
48 X 14
36 X 12
44 X 16
24 X 12
26 X 18
48 X 12
26 X 12
84 X 18
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
SERIES
MAXIMUM DISCHARGE VELOCITY
WIDTH X HEIGHT
DIAMETER
REMARKS
1
ZONE
ZONE
IN
REMARKS
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1 - DAMPER SHAFTS TO MOUNT HORIZONTAL.
2 - PROVIDE ALL EXTERNAL DRIVE SHAFTS AS REQUIRED FOR MOTORIZED OPERATORS. SHAFT SHALL BE MARKED TO INDICATE DAMPER OPEN/CLOSE POSITION.
3 - PROVIDE BRACING AS REQUIRED PER MANUFACTURERS INSTALLATION MANUAL.
4 -MECHANICAL CONTRACTOR SHALL FIELD VERIFY ALL DAMPER DIMENSIONS PRIOR TO PURCHASE AND INSTALLATION.
5 - MECHANICAL CONTRACTOR SHALL FURNISH AND INSTALL DAMPER. CONTROLS PROVIDER SHALL FURNISH AND INSTALL ACTUATOR AND ALL CONTROL APPURTENANCES.
RETURN AIR DAMPER SCHEDULE
RAD 3-1
RAD 3-2
RAD 1-1
MAB
MAB
LAWRENCE
REMARKS
AHU 10
AHU 2
GP1-2
GP 1-3
OPPOSED
OPPOSED
OPPOSED
OPPOSED
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
CD356
CD356
CD356
CD356
CD356
FPM
500
500
500
500
500
IN.
48
48
48
60
60
MANUFACTURER
SERIES
AIR HANDLING SYSTEM
GRAVES PIERCE GRAVES PIERCE
AHU 9
TYPE
MAXIMUM DISCHARGE VELOCITY
DESIGNATION
OPPOSED
AREA SERVED
MAXIMUM WIDTH
MAXIMUM HEIGHT
RAD 20-2
IN.
24
24
24
36
36
REMARKS
1, 2, 3, 4
1, 2, 3, 4
1, 2, 3, 4
1, 2, 3, 4
1, 2, 3, 4
1 - PROVIDE ALL EXTERNAL DRIVE SHAFTS AS REQUIRED FOR MOTORIZED OPERATORS. SHAFT SHALL BE MARKED TO INDICATE
DAMPER OPEN/CLOSE POSITION.
2 - PROVIDE BRACING AS REQUIRED PER MANUFACTURERS INSTALLATION MANUAL.
3 -MECHANICAL CONTRACTOR SHALL FIELD VERIFY ALL DAMPER DIMENSIONS PRIOR TO PURCHASE AND INSTALLATION.
4 - MECHANICAL CONTRACTOR SHALL FURNISH AND INSTALL DAMPER. CONTROLS PROVIDER SHALL FURNISH AND INSTALL
ACTUATOR AND ALL CONTROL APPURTENANCES.
CD8-1
CD8-2
CD8-3
CD8-4
CD8-5
CD8-6
CD8-7
CD8-8
CD8-9
CD8-10
CD8-11
CD8-12
AHU-A2
AHU-A2
AHU-A2
AHU-A4
AHU-A4
AHU-A4
AHU-B4
AHU-B4
AHU-B4
AHU-B5
AHU-B5
AHU-B5
1
2
3
1
2
3
1
2
3
1
2
3
ZONE
AREA SERVED
TYPE
MANUFACTURER
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
SERIES
MAXIMUM DISCHARGE VELOCITY
FPM
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
IN
24 X 12
24 X 18
24 X 18
12 X 12
24 X 14
24 X 12
30 X 18
30 X 18
30 X 18
30 X 20
24 X 18
20 X 14
IN
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
WIDTH X HEIGHT
DIAMETER
REMARKS
GENERAL DATA
LOCATION
RAD 20-1
GENERAL DATA
DESIGNATION
8 UNIVERSITY CENTER - DISCHARGE DAMPER SCHEDULE
REMARKS
1 - DAMPER SHAFTS TO MOUNT HORIZONTAL.
2 - PROVIDE ALL EXTERNAL DRIVE SHAFTS AS REQUIRED FOR MOTORIZED OPERATORS. SHAFT SHALL BE MARKED TO INDICATE DAMPER OPEN/CLOSE POSITION.
3 - PROVIDE BRACING AS REQUIRED PER MANUFACTURERS INSTALLATION MANUAL.
4 -MECHANICAL CONTRACTOR SHALL FIELD VERIFY ALL DAMPER DIMENSIONS PRIOR TO PURCHASE AND INSTALLATION.
5 - MECHANICAL CONTRACTOR SHALL FURNISH AND INSTALL DAMPER. CONTROLS PROVIDER SHALL FURNISH AND INSTALL ACTUATOR AND ALL CONTROL APPURTENANCES.
GENERAL DATA
9 MUSEUM - DISCHARGE DAMPER SCHEDULE
DESIGNATION
CD9-1
CD9-2
CD9-3
CD9-4
CD9-5
CD9-6
CD9-7
CD9-8
CD9-9
CD9-10
CD9-11
CD9-12
CD9-13
CD9-14
AIR HANDLING SYSTEM
AHU-1
AHU-1
AHU-1
AHU-1
AHU-1
AHU-1
AHU-1
AHU-1
AHU-1
AHU-1
AHU-1
AHU-1
AHU-1
AHU-1
1
2
3
4
5
6
7
8
9
10
11
12
13
14
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
FPM
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
IN
18 X 14
10 X 14
8 X8
14 X 12
10 X 12
34 X 20
34 X 20
18 X 34
16 X 16
16 X 16
18 X 30
16 X 16
16 X 12
14 X 12
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
ZONE
AREA SERVED
TYPE
MANUFACTURER
SERIES
MAXIMUM DISCHARGE VELOCITY
REMARKS
WIDTH X HEIGHT
DIAMETER
IN
REMARKS
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1 - DAMPER SHAFTS TO MOUNT HORIZONTAL.
2 - PROVIDE ALL EXTERNAL DRIVE SHAFTS AS REQUIRED FOR MOTORIZED OPERATORS. SHAFT SHALL BE MARKED TO INDICATE DAMPER OPEN/CLOSE POSITION.
3 - PROVIDE BRACING AS REQUIRED PER MANUFACTURERS INSTALLATION MANUAL.
4 -MECHANICAL CONTRACTOR SHALL FIELD VERIFY ALL DAMPER DIMENSIONS PRIOR TO PURCHASE AND INSTALLATION.
5 - MECHANICAL CONTRACTOR SHALL FURNISH AND INSTALL DAMPER. CONTROLS PROVIDER SHALL FURNISH AND INSTALL ACTUATOR AND ALL CONTROL APPURTENANCES.
20 GRAVES PIERCE - DISCHARGE DAMPER SCHEDULE
CD14-1
CD14-2
CD14-3
CD14-4
CD14-5
CD14-6
CD14-7
CD14-8
CD14-9
CD14-10
CD14-11
CD14-12
CD14-13
CD14-14
CD14-15
CD14-16
CD14-17
AIR HANDLING SYSTEM
MZ 1A
MZ 1A
MZ 1A
MZ 1A
MZ 1A
MZ 1A
MZ 1A
MZ 1A
MZ 2
MZ 2
MZ 2
MZ 2
MZ 2
MZ 2
MZ 2
MZ 2
MZ 2
MZ 1A-1
MZ 1A-2
MZ 1A-3
MZ 1A-4
MZ 1A-5
MZ 1A-6
MZ 1A-7
MZ 1A-8
MZ 2-1
MZ 2-2
MZ 2-3
MZ 2-4
MZ 2-5
MZ 2-6
MZ 2-7
MZ 2-8
MZ 2-9
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
ZONE
AREA SERVED
TYPE
MANUFACTURER
SERIES
MAXIMUM DISCHARGE VELOCITY
REMARKS
WIDTH X HEIGHT
DIAMETER
FPM
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
OPPOSED
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
RUSKIN
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
CD 35
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
1,500
IN
12 X 12
10 X 10
-
16 X 12
12 X 12
-
-
-
18 X 18
14 X 14
-
14 X 14
-
-
16 X 10
-
30 X 14
IN
1, 2, 3, 4, 5
1, 2, 3, 4, 5
8
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
9
1, 2, 3, 4, 5
12
1, 2, 3, 4, 5
12
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
12
1, 2, 3, 4, 5
1, 2, 3, 4, 5
10
1, 2, 3, 4, 5
12
1, 2, 3, 4, 5
1, 2, 3, 4, 5
12
1, 2, 3, 4, 5
1, 2, 3, 4, 5
REMARKS
1 - DAMPER SHAFTS TO MOUNT HORIZONTAL.
2 - PROVIDE ALL EXTERNAL DRIVE SHAFTS AS REQUIRED FOR MOTORIZED OPERATORS. SHAFT SHALL BE MARKED TO INDICATE DAMPER OPEN/CLOSE POSITION.
3 - PROVIDE BRACING AS REQUIRED PER MANUFACTURERS INSTALLATION MANUAL.
4 -MECHANICAL CONTRACTOR SHALL FIELD VERIFY ALL DAMPER DIMENSIONS PRIOR TO PURCHASE AND INSTALLATION.
5 - MECHANICAL CONTRACTOR SHALL FURNISH AND INSTALL DAMPER. CONTROLS PROVIDER SHALL FURNISH AND INSTALL ACTUATOR AND ALL CONTROL APPURTENANCES.
DESIGNATION
AIR HANDLING SYSTEM
GENERAL DATA
DESIGNATION
ZONE
AREA SERVED
TYPE
MANUFACTURER
SERIES
MAXIMUM DISCHARGE VELOCITY
WIDTH X HEIGHT
DIAMETER
REMARKS
GENERAL DATA
14 FERGUSON - DISCHARGE DAMPER SCHEDULE
CD20-1
CD20-2
CD20-3
CD20-4
AHU-GP1-2
AHU-GP1-2
AHU-GP1-3
AHU-GP1-3
2
3
2
3
ZONE
ZONE
ZONE
ZONE
OPPOSED
OPPOSED
OPPOSED
OPPOSED
RUSKIN
RUSKIN
RUSKIN
RUSKIN
CD 35
CD 35
CD 35
CD 35
FPM
1,500
1,500
1,500
1,500
IN
14 X 14
30 X 26
14 X 14
26 X 30
IN
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
1, 2, 3, 4, 5
REMARKS
1 - DAMPER SHAFTS TO MOUNT HORIZONTAL.
2 - PROVIDE ALL EXTERNAL DRIVE SHAFTS AS REQUIRED FOR MOTORIZED OPERATORS. SHAFT TO BE
3 - PROVIDE BRACING AS REQUIRED PER MANUFACTURERS INSTALLATION MANUAL.
4 -MECHANICAL CONTRACTOR SHALL FIELD VERIFY ALL DAMPER DIMENSIONS PRIOR TO PURCHASE
5 - MECHANICAL CONTRACTOR SHALL FURNISH AND INSTALL DAMPER. CONTROLS PROVIDER SHALL
ACTUATOR AND ALL CONTROL APPURTENANCES.
HOT WATER BOILER SCHEDULE
OUTPUT
FLUID
ELEC
GENERAL DATA
DESIGNATION
B1-1
B2-1
B2-2
BUILDING
LAWRENCE HALL
ACRC
ACRC
LOCATION
BASEMENT
SERVICE
LAWRENCE HALL
PATTERSON-KELLY
BASEMENT
ACRC, MORELOCK,
BRISOCE
PATTERSON-KELLY
BASEMENT
ACRC, MORELOCK,
BRISOCE
PATTERSON-KELLY
B5-1
WILDENTHAL
LIBRARY
CRAWL SPACE
WILDENTHAL
LIBRARY
PATTERSON-KELLY
MACH
MACH
MACH
MACH
MACH
MACH
MACH
MACH
MANUFACTURER
SERIES
MODEL
B12-1
B12-2
WARNOCK SCIENCE WARNOCK SCIENCE
B14-1
B22-1
B22-2
B22-3
B22-4
FERGUSON
GRAVES-PIERCE
GRAVES-PIERCE
GRAVES-PIERCE
GRAVES-PIERCE
BOILER BUILDING
GRAVES-PIERCE,
GALLEGO, POOL
PATTERSON-KELLY
BOILER BUILDING
GRAVES-PIERCE,
GALLEGO, POOL
PATTERSON-KELLY
BOILER BUILDING
GRAVES-PIERCE,
GALLEGO, POOL
PATTERSON-KELLY
BOILER BUILDING
GRAVES-PIERCE,
GALLEGO, POOL
PATTERSON-KELLY
1ST FLR MECH. RM
1ST FLR MECH. RM
BASEMENT
FERGUSON,
WARNOCK SCIENCE WARNOCK SCIENCE
FLETCHER
PATTERSON-KELLY PATTERSON-KELLY PATTERSON-KELLY
MACH
MACH
MACH
MACH
MACH
MACH
MACH
MACH
C-2000
C-3000
C-3000
C-2000
C-2000
C-2000
C-2000
C-2000
C-2000
C-3000
C-2000
C-1500
C-3000
C-3000
C-3000
C-3000
MAXIMUM LENGTH
IN
77
64
64
77
77
77
77
77
77
64
77
77
64
64
64
64
MAXIMUM WIDTH
IN
30
32
32
30
30
30
30
30
30
32
30
30
32
32
32
32
MAXIMUM HEIGHT
IN
56
78
78
56
56
56
56
56
56
78
56
56
78
78
78
78
FRONT SERVICE CLEARANCE
IN
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
30
SIDE SERVICE CLEARANCE
IN
18
24
24
18
18
18
18
18
18
24
18
18
24
24
24
24
TOP SERVICE CLEARANCE
IN
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
0
ALTITUDE
FT
4,480
4,480
4,480
4,480
4,480
4,480
4,480
4,480
4,480
4,480
4,480
4,480
4,480
4,480
4,480
4,480
BOILER CIRCUIT - VOLTS/PHASE/HZ
120/1/60
208/3/60
208/3/60
120/1/60
120/1/60
120/1/60
120/1/60
120/1/60
120/1/60
208/3/60
120/1/60
120/1/60
208/3/60
208/3/60
208/3/60
208/3/60
WATTS
880
5820
5820
880
880
880
880
880
880
5820
880
880
5820
5820
5820
5820
BOILER CIRCUIT MOCP
AMPS
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
OPERATING CAPACITY
MBTUH
BOILER CIRCUIT - COMBUSTION FAN
1,424
2,136
2,136
1,424
1,424
1,424
1,424
1,424
1,424
2,030
1,353
1,010
2,136
2,136
2,136
2,136
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
GPM
142
214
214
142
142
142
142
142
142
203
135
101
214
214
214
214
ºF
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
160
FLUID
PRIMARY FLOW
ENTERING FLUID TEMP.
ºF
180
180
180
180
180
180
180
180
180
180
180
180
180
180
180
180
MAX. FLUID PRESS. DIFF.
LEAVING FLUID TEMP.
FT HD
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
20
HEATING INPUT
MBTH
1,600
2,400
2,400
1,600
1,600
1,600
1,600
1,600
1,600
2,280
1,520
1,134
2,400
2,400
2,400
2,400
GAS FLOW (DERATED FOR ALTITUDE)
MCFH
89
89
89
89
89
89
89
89
89
89
89
89
89
89
89
89
5:1
5:1
5:1
5:1
5:1
5:1
5:1
5:1
5:1
5:1
5:1
5:1
5:1
5:1
5:1
5:1
3
4.5
4.5
3
3
3
3
3
3
4.5
3
4.5
4.5
4.5
4.5
4.5
THERMAL EFFICIENCY @ DESIGN
NATURAL GAS
B5-2
B8-1
B8-2
B9-1
B9-2
WILDENTHAL
MUSEUM OF BIG
MUSEUM OF BIG
UNIVERSITY CENTER UNIVERSITY CENTER
LIBRARY
BEND
BEND
CRAWL SPACE
1ST FLR MECH. RM 1ST FLR MECH. RM 1ST FLR MECH. RM 1ST FLR MECH. RM
WILDENTHAL
UNIVERSITY CENTER UNIVERSITY CENTER MUSEUM, FINE ARTS MUSEUM, FINE ARTS
LIBRARY
PATTERSON-KELLY PATTERSON-KELLY PATTERSON-KELLY PATTERSON-KELLY PATTERSON-KELLY
%
TURNDOWN RATIO
MINIMUM INLET GAS PRESSURE
IN WC
MAXIMUM INLET GAS PRESSURE
IN WC
14
14
14
14
14
14
14
14
14
14
14
14
14
14
14
14
INLET GAS CONNECTION
IN.
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
1.5
COMBUSTION AIR CONNECTION
IN.
10
12
12
10
10
10
10
10
10
12
10
12
12
12
12
12
SIDEWALL
COMBINED SIDE.
COMBINED SIDE.
CRAWL SPACE
CRAWL SPACE
COMBINED SIDE.
COMBINED SIDE.
COMBINED ROOF
COMBINED ROOF
COMBINED SIDE.
COMBINED SIDE.
AREAWAY
DIRECT SIDEWALL
DIRECT SIDEWALL
DIRECT SIDEWALL
DIRECT SIDEWALL
COMBUSTION AIR INTAKE
FLUE CONNECTION
IN.
FLUE DISCHARGE ORIENTATION
REMARKS
10
12
12
10
10
10
10
10
10
10
10
12
12
12
12
12
SIDEWALL
1,2,3,4,5,6,7,9
COMBINED ROOF
1,2,3,4,5,6,7,8,9
COMBINED ROOF
1,2,3,4,5,6,7,8,9
COMBINED ROOF
1,2,3,4,5,6,7,8,9
COMBINED ROOF
1,2,3,4,5,6,7,8,9
COMBINED SIDE.
1,2,3,4,5,6,7,8,9
COMBINED SIDE.
1,2,3,4,5,6,7,8,9
COMBINED ROOF
1,2,3,4,5,6,7,8,9
COMBINED ROOF
1,2,3,4,5,6,7,8,9,10
COMBINED SIDE.
1,2,3,4,5,6,7,8,9,10
COMBINED SIDE.
1,2,3,4,5,6,7,8,9
SIDEWALL
1,2,3,4,5,6,7,8,9
ROOF
1,2,3,4,5,6,7,8,9
ROOF
1,2,3,4,5,6,7,8,9
ROOF
1,2,3,4,5,6,7,8,9
ROOF
1,2,3,4,5,6,7,8,9
1 - CONTRACTOR IS RESPONSIBLE TO INCLUDE IN BID COST ALL NECESSARY GAS, WATER, FLUE, COMBUSTION AIR, STRUCTURAL, ELECTRICAL, AND OTHER APPURTENANCES AND SERVICES REQUIRED BY BOILER MANUFACTURER FOR A COMPLETE AND FUNCTIONAL SYSTEM.
2 - CONTRACTOR SHALL FIELD-VERIFY INSTALLATION, MAINTENANCE, AND OPERATIONAL CLEARANCES AS REQUIRED BY CODE AND RECOMMENDED BY BOILER MANUFACTURER. SHOP DRAWINGS SHOWING FIELD-VERIFIED DIMENSIONS MUST BE SUBMITTED AND APPROVED PRIOR TO RELEASE OF EQUIPME
3 - PROVIDE UNIT WITH 4" HOUSEKEEPING PAD. PAD HEIGHT IS NOT INCLUDED IN SCHEDULE UNIT HEIGHT.
REMARKS
4 - PROVIDE CIRCULATING WATER PUMP FOR BOILER IN ACCORDANCE WITH BOILER MANUFACTURER'S RECOMMENDATION. REFER TO BOILER HOT WATER PIPING SCHEMATIC AND PUMP SCHEDULE.
5 - UNIT SHALL MEET 2010 SCAQMD STANDARDS FOR LOW NOX BOILERS
6 - PROVIDE ACID NEUTRALIZATION KIT AND DRAIN CONNECTION.
'7 - PROVIDE FACTORY-SUPPLIED BAROMETRIC DAMPER AT BOILER FLUE CONNECTION.
8 - PROVIDE COMBINED FLUE AND COMBUSTION AIR INTAKE FOR MULTIPLE BOILERS. PROVIDE ENGINEERED COMBUSTION ASSISTANCE FAN AND FLUE SYSTEM AS DESIGNED BY ENERVEX AND INCLUDING VARIABLE SPEED POWER VENTER, VARIABLE SPEED DRIVE, MODULATING DRAFT CONTROL WITH C
9 - BOILERS SHOULD BE SELECTED FOR DE-RATED CAPACITY BASED UPON ALTITUDE. SCHEDULED DERATION IS 20% OR 80% OF FULL RATED CAPACITY.
10 - PROVIDE INLINE FAN IN COMBUSTION AIR COMBINED DUCT. FAN SHALL BE EQUAL TO ENERVEX.
ELECTRIC UNIT HEATER SCHEDULE
HOT WATER COIL SCHEDULE
DESIGNATION
FLOOR
MODEL
VOLTAGE /
PHASE
kW
AMPS
CFM
NOTES
HWC 1-2B
SC 407-1A
SC 407-1B
SC 407-2A
SC 407-2B
SC 407-3A
SC 407-3A
HWC 22-1
LAWRENCE
LAWRENCE
LAWRENCE
LAWRENCE
WILDENTHAL
WILDENTHAL
WILDENTHAL
WILDENTHAL
WILDENTHAL
WILDENTHAL
GP POOL
UH22-1
BOILER ROOM
QMARK
MUH03-81
3
208/1
14.5
350
ALL
FIRST
FIRST
THIRD
THIRD
FIRST
FIRST
SECOND
SECOND
THIRD
THIRD
-
UH22-2
BOILER ROOM
QMARK
MUH03-81
3
208/1
14.5
350
ALL
SERIES
HAND
MAXIMUM DISCHARGE VELOCITY
FPM
LEFT
RIGHT
LEFT
RIGHT
RIGHT
RIGHT
RIGHT
RIGHT
RIGHT
RIGHT
LEFT
500
500
500
500
500
500
500
500
500
500
500
IN.
GENERAL NOTES:
1. PROVIDE MOUNTING BRACKETS FOR CEILING MOUNT.
2. PROVIDE TRANSFORMER, ADJUSTABLE THERMOSTAT, AND CONTROLS. PROVIDE INTERFACE WITH EMS. SET THERMOSTAT TO 45 DEGREES INITIALLY FOR
FREEZE PROTECTION.
3. PROVIDE MEANS OF ELECTRICAL DISCONNECT FROM UNIT.
IN.
CFM
5,500
5,500
5,750
5,750
11,500
11,500
9,500
9,500
9,000
9,000
4,600
COIL ENTERING
DB
ºF
55
55
55
55
55
55
55
55
55
55
55
COIL DISCHARGE
DB
ºF
100
100
100
100
100
100
100
100
100
100
100
2
2
2
2
2
2
MBTUH
272,250
272,250
284,625
284,625
569,250
569,250
470,250
470,250
445,500
445,500
300,000
GPM
27
27
28
28
57
57
47
47
45
45
30
ºF
160
160
160
160
160
160
160
160
160
160
MINIMUM COIL ROWS
TOTAL CAPACITY
HEATING WATER FLOW
HEATING WATER ENTERING
HEATING WATER LEAVING
MAXIMUM WATER PRESSURE DROP
ºF
FT. HD.
140
140
140
140
140
140
EXPANSION TANK SCHEDULE
2
140
140
10
10
10
10
10
10
10
10
REMARKS
1, 2, 3, 4
1, 2, 3, 4
1, 2, 3, 4
1, 2, 3, 4
1, 2, 3, 4
1, 2, 3, 4
1, 2, 3, 4
1, 2, 3, 4
1 - COILS ARE TO BE INSTALLED IN EXISTING AIR HANDLING UNITS.
2 - ALL COIL DIMENSIONS APPROXIMATE. MECHANICAL CONTRACTOR SHALL FIELD VERIFY DIMENSIONS.
3 - CONTROL VALVES SHALL BE FURNISHED BY CONTROLS PROVIDER AND INSTALLED BY MECHANICAL CONTRACTOR. CONTROLS SHALL PROVIDE ACTUATOR.
4 - COILS ARE 'SPLIT', LEFT HALF AND RIGHT HALF, INSTALLED IN ONE AHU.
DESIGNATION
ET1-2
ET5-1
TYPE
DIAPHRAM
DIAPHRAM
160
LOCATION
LAWRENCE
WILDENTHAL
MANUFACTURER
AMTROL
AMTROL
AX-40
AX-60
140
140
140
10
1, 2, 3, 4
10
1, 2, 3, 4
10
1, 2, 3
GENERAL DATA
AIR FLOW
HOT WATER REHEAT
MFR
HWC 1-2A
MANUFACTURER
MAXIMUM LENGTH
MAXIMUM HEIGHT
REMARKS
SERVICE
HWC 1-1B
REMARKS
GENERAL DATA
LOCATION
MARK
HWC 1-1A
SERIES
TANK VOLUME
GAL
21.7
33.6
ACCEPTANCE VOLUME
GAL
11.3
11.3
DRY WEIGHT
LB
96
103
OPERATING WEIGHT
LB
190
197
MAXIMUM WEIGHT
LB
276
393
29
43
16
16
MAXIMUM LENGTH
IN.
MAXIMUM DIAMETER
IN.
REMARKS
1 PROVIDE HORIZONTAL TANK WITH SIGHT GAGE
PUMP SCHEDULE
BEF14-1
SIDEWALL
FERGUSON
FLUE
ENERVEX
RSV250
60
24
24
14
120/1/60
0.2
0.16
TEFC
483
NOTE 2
1600
10
1, 3, 6
BSF8-1
INLINE
UNIVERSITY CNTR
COMBUSTION AIR
COOK
135TCNB
----460/3/60
0.75
-TEFC
2001
0.5
--4,5,6
BSF12-1
INLINE
WARNOCK
COMBUSTION AIR
COOK
135TCNB
----208/3/60
0.5
-TEFC
1323
0.5
-4,5,6
DESIGNATION
SHWP 9-1
SHWP 1-1
SHWP 2-1
SHWP 5-1
SHWP 22-1
SHWP 22-2
BCP-A
BCP-B
BCP-C
IN LINE
IN LINE
IN LINE
IN LINE
IN LINE
IN LINE
IN LINE
IN LINE
IN LINE
MUSEUM
LAWRENCE
ACRC
WILDENTHAL
GP POOL H&V
GP POOL HX
BLR CIRC
BLR CIRC
BLR CIRC
TYPE
GENERAL DATA
BEF12-1
SIDEWALL
WARNOCK
FLUE
ENERVEX
RSV315
88
24
24
14
120/1/60
0.5
0.35
TEFC
1323
NOTE 2
1600
16
1, 3, 6
LOCATION
SERVICE
HW
HW
HW
HW
HW
HW
HW
HW
HW
MANUFACTURER
B&G
B&G
B&G
B&G
B&G
B&G
B&G
B&G
B&G
SERIES
80SC
80SC
80SC
80SC
60
80SC
80
80
80
MODEL
4 X 4 X 9-1/2
3 X 3 X 9-1/2 B
6 X 6 X 9-1/2
5 X 5 X 9-1/2
1-1/2 X 6-1/4
3 X 3 X 9-1/2 B
2-1/2 X 2-1/2 X 7
3 X3 X8
4 X4 X7
OPERATING WEIGHT
LBS
VOLTS/PHASE/HZ
ELECTRICAL
DATA
BEF2-1
BEF5-1
BEF8-1
BEF9-1
INLINE
INLINE
SIDEWALL
ROOFTOP
ACRC
WILDENTHAL
UNIVERSITY CNTR
MUSEUM
FLUE
FLUE
FLUE
FLUE
ENERVEX
ENERVEX
ENERVEX
ENERVEX
IPVB-400
IPVB350
RSV400
RSV400
LBS
128
94
127
127
IN
57
52
26
26
IN
30
26
26
26
IN
27
25
18
18
208/3/60
460/3/60
460/3/60
460/3/60
HP
2
1
1
1
KW
1.5
0.75
0.75
0.75
TEFC
TEFC
TEFC
TEFC
CFM
1964
1297
2001
1944
IN. WG.
NOTE 2
NOTE 2
NOTE 2
NOTE 2
1740
1740
1740
1740
FAN SPEED
RPM
16
14
16
16
FAN INLET DIAMETER:
IN
REMARKS
1, 3, 6
1, 3, 6
1, 3, 6
1, 3, 6
1 FLUE EXHAUST FANS SHALL BE SIZED AND SELECTED BY ENERVEX, COMBUSTION AUTOMATION SYSTEM PROVIDER.
2 STATIC PRESSURE SHALL BE DETERMINED BY FLUE SYSTEM EXHAUST SYSTEM DESIGNER.
3 PROVIDE INVERTER-RATED MOTOR, VARIABLE SPEED DRIVE AND CONTROLS FOR FLUE EXHAUST FAN. DRIVE AND CONTROLS
4 PROVIDE INVERTER-RATED MOTOR. PROVIDE VFD SUPPLIED FROM CONTROLS PROVIDER AND INSTALL.
5 PROVIDE INTERLOCK AND CONTROLS INTERFACE AS RECOMMENDED BY AND SUPPLED BY ENERVEX.
6 PROVIDE FACILITY EMS INTERFACE.
MOTOR SIZE
SHALL BE SUPPLIED BY ENERVEX AND INSTALLED BY CONTRACTOR.
385
220
570
430
88
220
205
220
230
208/3
208/3
208/3
208/3
208/3
208/3
208/3
208/3
208/3
3
3
5
5
1.5
3
2
3
3
VFD
VFD
VFD
VFD
STARTER
VFD
STARTER
STARTER
STARTER
HP
VFD/STARTER
OPERATING POWER
HP
2.7
15
3.8
2.5
0.57
15
1.7
1.9
2.6
MAX OPERATING POWER
HP
2.9
2.5
4.3
3.1
1.1
2.5
1.9
2.1
2.6
MOTOR SPEED
RPM
1150
1150
1150
1150
1750
1150
1750
1750
1750
FLOW RATE
GPM
FLUID
PUMP DATA
DESIGNATION
TYPE
LOCATION
SERVICE
MANUFACTURER
SERIES
OPERATING WEIGHT
MAXIMUM LENGTH
MAXIMUM WIDTH
MAXIMUM HEIGHT
VOLTS/PHASE/HZ
MOTOR SIZE
MAXIMUM OPERATING POWER
MOTOR TYPE
FLOW RATE
TOTAL STATIC
270
112
450
297
30
112
141
188
272
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
WATER
TOTAL HEAD
FT
28
35
25
33
35
35
30
28
28
SUCTION SIZE:
IN.
4
3
6
5
1-1/2
3
2-1/2
3
4
DISCHARGE SIZE:
IN.
4
3
6
5
1-1/2
3
2-1/2
3
4
IMPELLER DIAMETER:
IN.
8.875
9.125
8.500
8.250
6.000
9.125
6.625
6.125
6.375
MAX IMPELLER DIAMETER
EFFICIENCY
REMARKS
IN.
%
9.500
9.500
9.500
9.500
6.250
9.500
7.000
7.000
7.000
71
1-4
67
1-4
75
1-4
74
1-4
56
1-4
67
1-4
63
1-4, 5
69
1-4, 6
73
1-4, 7
1. PROVIDE SUCTION DIFFUSER WITH INTEGRAL STRAINER FOR EACH PUMP SIZED BY MANUFACTURER.
2. PUMPS SHALL BE SELECTED ON CURVE TO PROVIDE A MINIMUM 2 IMPELLER SIZES ON EITHER SIDE OF SELECTION POINT. IN ADDITION, THE
MATCH EXISTING HEAD CONDITIONS FOR EACH
LBS
IN.
IN.
IN.
FLUID
FLUID FLOW
FLUID ENTERING
FLUID LEAVING
MAXIMUM FLUID PRES DROP
TOTAL CAPACITY
INLET SIZE
DISCHARGE SIZE
PRODUCT
PLATE MATERIAL
PLATE VELOCITY
IN.
FLUID
FLUID FLOW
FLUID ENTERING
FLUID LEAVING
MAXIMUM FLUID PRES DROP
TOTAL CAPACITY
INLET SIZE
DISCHARGE SIZE
GPM
°F
°F
PSIG
MBTUH
IN.
IN.
6
GAL
--
REMARKS
4. CONTROLS PROVIDER SHALL FURNISH VARIABLE SPEED DRIVE FOR EACH PUMP. ELECTRICAL CONTRACTOR SHALL INSTALL AND MAKE ALL
AND INSTALL ALL LOW VOLTAGE WIRING, CONTROLS, HARDWARE
NECESSARY LINE VOLTAGE CONNECTIONS. THE CONTROLS PROVIDER SHALL FURNISH
7. PROVIDE BCP-C FOR THE FOLLOWING BOILER CIRCULATION PUMPS: BCP 2-1, BCP 2-2, BCP 12-1, BCP 22-1, BCP 22-1, BCP 22-2, BCP 22-3, BCP 22-4
NATURAL GAS REGULATOR SCHEDULE
3
316 STAINLESS
WATER
240
80
90
10
1200
6
(INCLUDING BUT NOT LIMITED TO SPRINGS AND CORNER POCKETS) FOR BASE-MOUINTED PUMPS. THE
6. PROVIDE BCP-B FOR THE FOLLOWING BOILER CIRCULATION PUMPS: BCP1-1, BCP 5-1, BCP 5-2, BCP 8-1, BCP 8-2, BCP 9-1, BCP 9-2, BCP 12-2
36
WATER
120
130
110
20
1200
3
GPM
°F
°F
PSIG
MBTUH
IN.
3. CONTRACTOR MUST INCLUDE IN NEW 4" CONCRETE HOUSEKEEPING PADS AND ASSOCIATED VIBRATION ISOLATION DEVICES
CONTRACTOR IS RESPONSIBLE TO PROVIDE PUMP AND PIPING
CONTRACTOR SHALL INCLUDE IN BID THE COST TO PROVIDE PUMP IMPELLER CHANGE OUT TO
5. PROVIDE BCP-A FOR THE FOLLOWING BOILER CIRCULATION PUMPS: BCP-14-1
FPS
CAPACITY
REMARK
S
HX20-1
WTR-WTR
GRAVES PIERCE POOL
TRANTER
UXP
500
36
24
GENERAL DATA
DESIGNATION
TYPE
LOCATION
MANUFACTURER
SERIES
OPERATING WEIGHT
MAXIMUM LENGTH
MAXIMUM WIDTH
MAXIMUM HEIGHT
REMARKS
SOURCE
GENERAL DATA
HEAT EXCHANGER SCHEDULE
DESIGNATION
BUILDING
MAXIMUM INLET PRESSURE
MINIMUM INLET PRESSURE
MAXIMIUM OUTLET PRESSURE
MAXIMIUM OUTLET PRESSURE
CAPACITY
PSIG
PSIG
INWC
PSIG
MBTH
NGR 5-1
WILDENTHALL
35
20
14
OUTDOOR
NGR 8-1
UC
35
20
5
OUTDOOR
NGR 8-2
UC
5
5
14
OUTDOOR
NGR 9-1
MUSEUM
35
20
14
OUTDOOR
NGR 12-1
WARNOCK
35
20
14
OUTDOOR
NGR 14-1
FERGUSON
35
20
14
OUTDOOR
NGR 2-1
ACRC
35
20
14
OUTDOOR
NGR 1-1
LAWRENCE
35
20
14
OUTDOOR
NGR 22-1
GPG
35
20
5
OUTDOOR
NGR 22-2
GPG
5
5
14
OUTDOOR
NGR 29-1
PLANT
35
20
15
OUTDOOR
REMARKS
REMARKS
GENERAL
DATA
VOLTS/PHASE/HZ
MOTOR HP
NEW MOTOR REQUIRED
NEW VFD REQUIRED
MOTOR TYPE
REMARKS
DESIGNATION
BUILDING
UNIT(S) SERVED
HORIZONTAL/VERTICAL
ENVIRONMENT
ELECTRIC
MOTOR REPLACEMENT SCHEDULE (1)
3-1
3-2
3-2
3-4
3-5
MORELOCK MORELOCK MORELOCK MORELOCK MORELOCK
H/V
HP
AHU 6
H
INDOOR
208/3/60
25
YES
YES
ODP
AHU 7
H
INDOOR
208/3/60
25
YES
YES
ODP
REMARKS
1
1
1 - PROVIDE PREMIUM EFFICIENCY VFD RATED MOTOR.
10-1
10-2
10-3
FINE ARTS
FINE ARTS
FINE ARTS
14-1
14-2
FERGUSON FERGUSON
AHU 8
H
INDOOR
208/3/60
25
YES
YES
ODP
AHU 9
H
INDOOR
208/3/60
7.5
YES
YES
ODP
AHU 10
H
INDOOR
208/3/60
7.5
YES
YES
ODP
AHU 1
H
INDOOR
208/3/60
5.0
NO
YES
ODP
AHU 2
H
INDOOR
208/3/60
15.0
YES
YES
ODP
AHU 3
H
INDOOR
208/3/60
25.0
YES
YES
ODP
MZ 1A
H
INDOOR
208/3/60
7.5
NO
YES
ODP
MZ 2
H
INDOOR
208/3/60
10.0
NO
YES
ODP
1
1
1
1
1
1
1
1
17-1
17-2
17-3
17-4
20-1
20-2
20-3
20-4
20-5
1-1
2-1
4-1
4-1
4-1
8-1
8-2
GALLEGO
GALLEGO
GALLEGO
GALLEGO
GPG
GPG
GPG
GPG
GPG
LAWRENCE
ACRC
BRISCOE
BRISCOE
BRISCOE
UC
UC
SCHWP
H
INDOOR
208/3/60
60.0
NO
YES
ODP
SHWP
H
INDOOR
208/3/60
40.0
NO
YES
ODP
AHU 2
H
INDOOR
208/3/60
10
YES
YES
ODP
AHU 2
H
INDOOR
208/3/60
20.0
YES
YES
ODP
AHU 14
H
INDOOR
208/3/60
20.0
NO
YES
ODP
AHU 15
H
INDOOR
208/3/60
20.0
NO
YES
ODP
AHU 16
H
INDOOR
208/3/60
20.0
NO
YES
ODP
MZA2 SAF
H
INDOOR
480/3/60
10
YES
YES
ODP
MZA4 SAF
H
INDOOR
480/3/60
7.5
YES
YES
ODP
MP2-1 SAF MP2-1 RAF MP2-2 SAF MP2-2 RAF GP1-1 SAF GP1-2 SAF GP1-3 SAF
H
H
H
H
H
H
H
INDOOR
INDOOR
INDOOR
INDOOR
INDOOR
INDOOR
INDOOR
208/3/60
480/3/60
480/3/60
480/3/60
208/3/60
208/3/60
208/3/60
15.0
30.0
30.0
30.0
10.0
15.0
15.0
NO
NO
NO
NO
YES
NO
NO
YES
YES
YES
YES
YES
YES
YES
ODP
ODP
ODP
ODP
ODP
ODP
ODP
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
RAS 1
RAS 2
RAS 3
PCHWP1
PCHWP2
PCHWP3
CWP1
CWP2
CWP3
CT1F
CT2F
CT3F
GENERAL
DATA
DESIGNATION
BUILDING
UNIT(S) SERVED
HORIZONTAL/VERTICAL
ENVIRONMENT
ELECTRIC
MOTOR REPLACEMENT SCHEDULE (2)
VOLTS/PHASE/HZ
MOTOR HP
NEW MOTOR REQUIRED
NEW VFD REQUIRED
MOTOR TYPE
REMARKS
REMARKS
FAN DATA
ELECTRICA
L DATA
GENERAL DATA
FAN SCHEDULE
-
H/V
HP
8-3
8-4
8-5
12-1
12-2
12-3
12-4
5-1
5-2
5-3
5-4
5-5
9-1
-
UC
UC
UC
WARNOCK
WARNOCK
WARNOCK
WARNOCK
LIBRARY
LIBRARY
LIBRARY
LIBRARY
LIBRARY
MUSEUM
RAS
RAS
RAS
CUP
CUP
CUP
CUP
CUP
CUP
CUP
CUP
CUP
-
MZB4 SAF
H
INDOOR
480/3/60
15
NO
YES
ODP
MZB5 SAF
H
INDOOR
480/3/60
10
YES
YES
ODP
SCHWP
H
INDOOR
480/3/60
10.0
NO
YES
ODP
AH1 SAF
H
INDOOR
208/3/60
15
NO
YES
ODP
AH3 SAF
H
INDOOR
208/3/60
20
NO
YES
ODP
AH4 SAF
H
INDOOR
208/3/60
25.0
NO
YES
ODP
SCHWP
H
INDOOR
208/3/60
10
NO
YES
ODP
AH1 SAF
H
INDOOR
480/3/60
20.0
YES
YES
ODP
AH2 SAF
H
INDOOR
480/3/60
15.0
NO
YES
ODP
AH3 SAF
H
INDOOR
480/3/60
30.0
YES
YES
ODP
SCHWP1
H
INDOOR
480/3/60
15.0
NO
YES
ODP
SCHWP4
H
INDOOR
480/3/60
5.0
NO
YES
ODP
AH1 SAF
H
INDOOR
480/3/60
40.0
NO
YES
ODP
AH1 SAF
H
INDOOR
480/3/60
20
NO
YES
ODP
AH2 SAF
H
INDOOR
480/3/60
7.5
NO
YES
ODP
CHWP
H
INDOOR
480/3/60
7.5
NO
YES
ODP
INDOOR
208/230
75
NO
YES
-
INDOOR
208/230
75
NO
YES
-
INDOOR
208/230
75
NO
YES
-
INDOOR
208/230
40
NO
YES
-
INDOOR
208/230
40
NO
YES
-
INDOOR
208/230
40
NO
YES
-
INDOOR
208/230
30
NO
YES
-
INDOOR
208/230
30
NO
YES
-
INDOOR
208/230
30
NO
YES
-
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
REMARKS
1
1 - PROVIDE PREMIUM EFFICIENCY VFD RATED MOTOR.
Sul Ross State University
Request for Qualifications for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
G. UCRM 4 - BAS SCOPE OF WORK
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
G – UCRM 4 BAS SCOPE OF WORK
Project – Overview
For each of the items listed, either a new Schneider Electric Building Automation System is to
be installed, or an existing Schneider Electric Building Automation System is to be modified
and/or re-commissioned as described below. All existing control’s proprietary parts such as
control panels and devices that cannot be re-used will be removed and replaced per
specifications. Existing control and network wiring may be reused if it meets the requirements
of system and has not been damaged. Sequences of operation will be provided detailing
equipment control where modifications are to be made. All systems are to be performance
tested according to a commissioning plan provided by Schneider Electric, and all enddevices are to be calibrated.
Project Locations
Main Campus Sites (Building Number):
ƒ Academic Computer Resource Center
ƒ Briscoe Administration Building
ƒ Central Plant
ƒ Ceramics & Sculpture Building
ƒ Ferguson Hall
ƒ Francois Fine Arts Building
ƒ Gallego Center
ƒ Graves-Pierce Complex
ƒ Graves-Pierce Swimming Pool
ƒ
ƒ
ƒ
ƒ
ƒ
ƒ
ƒ
ƒ
ƒ
ƒ
Industrial Technology Building
Lawrence Hall
Morelock Academic Building
Physical Plant – Services
Physical Plant – Operations
University Center
Warnock Science Building
Wildenthal Library
McCoy Museum Building
Fletcher Hall
Remote Sites:
ƒ Turner Range Animal Science Center
ƒ
Centennial Building
Customer Workstation – WKS-1: Continuum Software Upgrade
The Andover Continuum software on the customer’s workstation will be upgraded to the most
recent, stable version.
Academic Computer Resource Center – ACR-1: Expand Existing BAS
The existing Schneider Electric BAS is to remain in place and will be expanded. Unless
otherwise specified, all equipment currently controlled through the BAS will be validated and recommissioned to function according to the intended design and operate according to the
original sequence of operation. Schneider Electric will verify that all existing control points and
end devices are in working order and that all graphics pages are updated and accurate.
Schneider Electric will provide, install, program, validate, and commission all new control points
necessary for the operation of the equipment below.
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
Existing System
• Chilled Water System: One constant volume building pump fed by the Central Plant.
• Heating System: One steam to hot water heat exchanger fed by the Central Plant, one
constant volume building pump.
• Fan Coil Units: Thirty-one (31) units, constant volume fan, chilled water coil with two or
three way valve, hot water coil with two or three way valve.
• Air Handling Unit 1: Constant volume supply fan, chilled water coil with two way valve,
hot water coil with three way valve.
• Air Handling Unit 2: Supply fan with inlet guide vane, chilled water coil with two way
valve, return air and outside air dampers, serves fan powered boxes with hot water
reheat.
• Fan Powered Boxes: Eight (8) units, parallel fan, modulating damper, hot water reheat
coil with two or three way valve.
The following is an overview of existing HVAC equipment and operational concepts to be
included.
Chilled Water System – Schneider Electric will provide a VFD (208/230V, 7.5HP) for the existing
building pump. Schneider Electric will provide, install, program, validate and commission all
new control points necessary for the operation of the chilled water system, as well as update the
existing graphics with the new control points.
Steam – Hot Water Heating System – Schneider Electric will validate and re-commission all
existing control points for this system on the existing Schneider Electric BAS. The system will
function according to the intended design and operate according to the original sequence of
operation. Existing graphics pages associated with this system will be validated and
commissioned to ensure proper functionality.
Fan Coil Units – The existing Schneider Electric BAS has the units divided into thirteen (13)
zones, with enable/disable control only. Currently, there are no zone temperature sensors and
the owner can not change the schedules. Schneider Electric will expand the existing system to
include one space temperature sensor for each zone for setup/setback operation, and enable
the owner to modify the zone schedules from the central workstation. The existing pneumatic
unit controls will remain. Schneider Electric will provide, install, program, validate, and
commission all new control points necessary for the operation of these enable/disable zones, as
well as update the existing graphics with the new control points.
Air Handling Unit 1 – Schneider Electric will separate the chilled water valve and hot water valve
into separate outputs.
Schneider Electric will provide, install, program, validate, and
commission all new control points necessary for the operation of this unit , as well as update the
existing graphics with the new control points.
Air Handling Unit 2 – Schneider Electric will provide a VFD (208/230V, 15HP) for the supply fan.
The pneumatic actuators on the valves and dampers will remain. Schneider Electric will
provide, install, program, validate, and commission all new control points necessary for the
operation of this unit, as well as update the existing graphics with the new control points.
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
Fan Powered Boxes – The owner has converted three (3) of the VariTrane boxes by removing
the plunger-type dampers and replacing them with round duct inlet extensions with
pneumatically actuated butterfly dampers. The pneumatic box controls will remain and will be
enabled/disabled through the BAS according to time schedule.
Miscellaneous – The exhaust fans and relief dampers will be included in the BAS. The existing
pneumatic relief damper actuators will be controlled with electric-to-pneumatic transducers.
Schneider Electric will provide, install, program, validate, and commission all new control points
necessary for the operation of this equipment, as well as update the existing graphics with the
new control points.
Academic Computer Resource Center – ACR-2: Expand BAS to Control New Hot Water
System
For this scope item, Schneider Electric will provide DDC controls for the new hot water system
that will replace the existing steam to hot water heat exchanger.
Hot Water System – Two condensing boilers in parallel, with interlocked primary hot water
pumps. One variable volume secondary hot water pump (208/230V, 5HP). Three constant
volume building (tertiary) hot water pumps that will serve ACRC, Briscoe Administration, and
Morelock Academic Building, respectively. The controls for the building pumps at Briscoe and
Morelock will reside on those buildings’ control systems. Schneider Electric will provide, install,
program, validate, and commission all new control points necessary for the operation of the new
hot water system, as well as update the existing graphics with the new control points.
Academic Computer Resource Center – ACR-4:
Existing BAS
Validate and Re-commission the
Schneider Electric will validate and re-commission all equipment currently controlled through the
existing Schneider Electric BAS. All equipment will function according to the intended design
and operate according to the original sequences of operation.
Briscoe Administration Building – BAB-1: New DDC BAS
Schneider Electric will provide, install, program, validate, and commission new controls for a
new Schneider Electric DDC BAS. This site will be integrated into the existing Schneider
Electric workstation, and will be completely interoperable with the existing system.
The following is an overview of existing HVAC equipment and operational concepts to be
included:
Chilled Water System – Schneider Electric will provide, install, program, validate, and
commission all DDC controls points necessary for the operation of this system.
Steam – Hot Water Heating System – Schneider Electric will provide, install, program, validate,
and commission all DDC controls points necessary for the operation of this system.
Air Handling Units 14, 15, & 16 – Schneider Electric will provide VFD’s (3 - 208/230V, 20HP) for
the supply fans. The pneumatic actuators on the valves will be controlled with electric-to-
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
pneumatic transducers.
Replace existing pneumatic damper actuators with electronic
actuators. Schneider Electric will provide, install, program, validate, and commission all DDC
controls points necessary for the operation of these units.
Split Systems – Schneider Electric will provide a room sensor to monitor the temperature of the
Telephone Room, served by two (2) split systems. An alarm will be generated if the
temperature exceeds setpoint. Schneider Electric will provide, install, program, validate, and
commission this new DDC control point.
Fan Powered Boxes – The fan powered boxes with hot water reheat served by air handling
units 14, 15, and 16 are scheduled with timeclocks (one per floor) and have pneumatic box
controllers. The box controls are to remain, but the timeclocks will be removed and replaced
with relays. Schneider Electric will provide, install, program, validate, and commission all new
controls points necessary for the enable/disable operation of this equipment.
Exhaust Fans – Process specific exhaust fans or exhaust fans serving electrical or chemical
storage rooms will be excluded from the BAS. All other building exhaust fans will be included in
the BAS. Schneider Electric will provide, install, program, validate, and commission all new
controls points necessary for the enable/disable operation of this equipment.
Briscoe Administration Building – BAB-2: Expand BAS to Control New Hot Water System
For this scope item, Schneider Electric will provide DDC controls for the new hot water system
that will replace the existing steam - hot water heating system.
Hot Water System – The new system will consist of the existing constant volume building
(tertiary) hot water pump, which will now be served by the HW system to be located in ACRC.
Schneider Electric will provide, install, program, validate, and commission all new control points
necessary for the operation of this system.
Central Utility Plant – CUP-1: Expansion/Upgrade of Existing BAS
The existing Schneider Electric BAS is to remain in place, and will be expanded. Unless
otherwise specified, all equipment currently controlled through the BAS will be validated and recommissioned, to function according to the new sequences of operation provided. Schneider
Electric will verify that all existing control points and end devices are in working order and that
all graphics pages are updated and accurate. Schneider Electric will provide, install, program,
validate, and commission all new control points necessary for the operation of the equipment
below.
Existing System
• Chilled Water System: Three parallel water cooled centrifugal chillers with chiller
evaporator isolation valves, three parallel constant volume primary chilled water pumps.
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
•
Condenser Water System: Three chiller condenser isolation valves. Three constant
volume condenser water pumps, three parallel cooling towers, each with a two-speed
cooling tower fan and a cell isolation valve. One cooling tower bypass valve that
operates for both Cooling Towers 1 and 2. One cooling tower bypass valve dedicated
for Cooling Tower 3.
The following is an overview of existing HVAC equipment and operational concepts to be
included:
Chilled Water System – Schneider Electric will provide a VFD (208/230V, 75HP) for each of the
three existing primary chilled water pumps. Existing Onicon F-1210 flowmeters for the chiller
evaporator bundles and chilled water bypass line (4) will be replaced with new. The pneumatic
actuators for the chiller evaporator isolation valves for Chillers 1 and 2 are currently inoperable,
and are to be retrofitted with new electronic valve actuators. Schneider Electric will validate and
commission all existing control points to remain, and will provide, install, program, validate, and
commission all new control points necessary for the operation of this system, as well as update
the existing graphics with the new control points.
Condenser Water System – Schneider Electric will provide a VFD (208/230V, 40HP) for each of
the three existing condenser water pumps. Schneider Electric will provide a VFD (208/230V,
30HP) for each of the three existing two-speed cooling tower fans, to be connected to the high
speed winding of each cooling tower fan motor. Existing Onicon F-1210 flowmeters for the
chiller condenser bundles (3) will be replaced with new. The pneumatic actuator for the chiller
condenser isolation valve for Chiller 1 is currently inoperable, and is to be retrofitted with a new
electronic valve actuator. Schneider Electric will validate and commission all existing control
points to remain, and will provide, install, program, validate, and commission all new control
points necessary for the operation of this system, as well as update the existing graphics with
the new control points.
Ceramics and Sculpture Building & Industrial Technology – CIT-1: New Enable/Disable
BAS
Provide, install, program, validate, and commission new controls for a new Schneider Electric
Enable/Disable BAS. This site will be integrated into the existing Schneider Electric
workstation, and will be completely interoperable with the existing system.
The following is an overview of existing HVAC equipment and operational concepts to be
included:
Ceramics and Sculpture Building – Schneider Electric will provide, install, program, validate, and
commission new Enable/Disable controls of (2) wall-mounted evaporative coolers, (4) gas-fired
unit heaters, and (2) interlocked outside air intake dampers and exhaust fans.
Industrial Technology – Schneider Electric will provide, install, program, validate, and
commission new Enable/Disable controls for (1) DX cooling-gas heating split system air handler,
(1) gas heating only air handler, (3) cooling only window units, (3) evaporative coolers, and (5)
gas-fired unit heaters.
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
Exhaust Fans – Process specific exhaust fans or exhaust fans serving electrical or chemical
storage rooms will be excluded from the BAS. All other building exhaust fans will be included in
the BAS. Schneider Electric will provide, install, program, validate, and commission all new
controls points necessary for the enable/disable operation of this equipment.
Ferguson Hall – FER-1: Expand Existing BAS
The existing Schneider Electric BAS is to remain in place, and will be expanded. Unless
otherwise specified, all equipment currently controlled through the BAS will be validated and recommissioned, to function according to the intended design and operate according to the
original sequence of operation. Schneider Electric will verify that all existing control points and
end devices are in working order and that all graphics pages are updated and accurate.
Schneider Electric will provide, install, program, validate, and commission all new control points
necessary for the operation of the equipment below.
Existing System
• Chilled Water System: One (1) variable volume building pump, fed by the Central Plant,
one (1) building bypass valve, one (1) building isolation valve.
• Heating System: One (1) steam to hot water heat exchanger fed by the Central Plant,
one (1) steam 1/3 valve, one (1) steam 2/3 valve, one (1) constant volume building
pump.
• Multi-zone Air Handling Units AH-MZ1A, AH-MZ1B, & AH-MZ2: Constant volume fan,
pre-heat coil with two way valve, chilled water coil with two way valve, hot water coil with
three way valve, linked hot deck/cold deck zone dampers, modulating return air, outside
air, and exhaust air dampers.
The following is an overview of existing HVAC equipment and operational concepts to be
included.
Chilled Water System – Schneider Electric will validate and re-commission all existing control
points for this system on the existing Schneider Electric BAS. The system will function
according to the intended design and operate according to the original sequence of operation.
Existing graphics pages associated with this system will be validated and commissioned to
ensure proper functionality.
Steam – Hot Water Heating System – Schneider Electric will validate and re-commission all
existing control points for this system on the existing Schneider Electric BAS. The system will
function according to the intended design and operate according to the original sequence of
operation. Existing graphics pages associated with this system will be validated and
commissioned to ensure proper functionality.
Multi-zone AH-MZ1A – Schneider Electric will provide a VFD (208/230V, 7.5HP) for the supply
fan and eight (8) electronic modulating actuators for actuation of the new zone volume dampers
that will be provided by and installed by the Mechanical Contractor. Schneider Electric will
provide, install, program, validate, and commission all new control points necessary for the
operation of this Air Handling Unit, as well as update the existing graphics with the new control
points.
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
Multi-zone AH-MZ1B – Schneider Electric will validate and re-commission all existing control
points for this unit on the existing Schneider Electric BAS. The unit will function according to the
intended design and operate according to the original sequence of operation. Existing graphics
pages associated with this unit will be validated and commissioned to ensure proper
functionality.
Multi-zone AH-MZ2 – Schneider Electric will provide a VFD (208/230V, 10HP) for the supply fan
and eight (9) electronic modulating actuators for actuation of the new zone volume dampers that
will be provided by and installed by the Mechanical Contractor. Schneider Electric will provide,
install, program, validate, and commission all new control points necessary for the operation of
this Air Handling Unit, as well as update the existing graphics with the new control points.
Exhaust Fans – Process specific exhaust fans or exhaust fans serving electrical or chemical
storage rooms will be excluded from the BAS. All other building exhaust fans will be included in
the BAS. Schneider Electric will provide, install, program, validate, and commission all new
controls points necessary for the enable/disable operation of this equipment.
Ferguson Hall – FER-2: Expand BAS to Control New Hot Water System
For this scope item, Schneider Electric will provide DDC controls for the new hot water system
that will replace the existing steam - hot water heating system.
Hot Water System – Two condensing boilers in parallel, with interlocked primary hot water
pumps. Two parallel constant volume secondary hot water pumps. Schneider Electric will
provide, install, program, validate, and commission all new control points necessary for the
operation of the new hot water system, as well as update the existing graphics with the new
control points.
Ferguson Hall – FER-3: Re-commission the Existing BAS
Schneider Electric will validate and re-commission all equipment currently controlled through the
existing Schneider Electric BAS. All equipment will function according to the intended design
and operate according to the original sequences of operation.
Francois Fine Arts Building – FAB-1: New DDC BAS
Schneider Electric will provide, install, program, validate, and commission new controls for a
new Schneider Electric DDC BAS. This site will be integrated into the existing Schneider
Electric workstation, and will be completely interoperable with the existing system.
The following is an overview of existing HVAC equipment and operational concepts to be
included:
Chilled Water System – Schneider Electric will provide, install, program, validate, and
commission all DDC controls points necessary for the operation of this system.
Steam – Hot Water Heating System – Schneider Electric will provide, install, program, validate,
and commission all DDC controls points necessary for the operation of this system.
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
Air Handling Units 1, 2, & 3 – Schneider Electric will provide VFD’s (208/230V, 1 - 5HP, 1 15HP, 1 - 25HP) for the supply fans. The pneumatic actuators on the valves will be controlled
with electric-to-pneumatic transducers. Schneider Electric will replace the existing pneumatic
minimum outside air damper actuator with an electronic actuator. Schneider Electric will
provide, install, program, validate, and commission all DDC controls points necessary for the
operation of these systems.
Air Handling Unit 4 & 5 – The pneumatic actuators on the valves will be controlled with electricto-pneumatic transducers. Schneider Electric will replace the existing pneumatic minimum
outside air damper actuator with an electronic actuator. Schneider Electric will provide, install,
program, validate, and commission all DDC controls points necessary for the operation of these
systems.
Air Handling Unit 17 – The pneumatic actuators on the valves will be controlled with electric-topneumatic transducers. Schneider Electric will provide, install, program, validate, and
commission all DDC controls points necessary for the operation of this system.
Fan Powered Boxes – The fan powered boxes with hot water reheat served by air handling
units 1, 2, and 3 are scheduled with timeclocks (one per floor) and have pneumatic box
controllers. The box controls are to remain, but the timeclocks will be removed and replaced
with relays. Schneider Electric will provide, install, program, validate, and commission all new
controls points necessary for the enable/disable operation of this equipment.
Exhaust Fans – Process specific exhaust fans or exhaust fans serving electrical or chemical
storage rooms will be excluded from the BAS. All other building exhaust fans will be included in
the BAS. Schneider Electric will provide, install, program, validate, and commission all new
controls points necessary for the enable/disable operation of this equipment.
Francois Fine Arts Building – FAB-2: Expand BAS to Control New Hot Water System
For this scope item, Schneider Electric will provide DDC controls for the new hot water system
that will replace the existing steam - hot water heating system.
Hot Water System – The new system will consist of the existing constant volume building
(tertiary) hot water pumps, which will now be served by a new HW system to be located in the
McCoy Museum Building. Schneider Electric will provide, install, program, validate, and
commission all new control points necessary for the operation of this system.
Gallego Multipurpose Center, Graves Pierce Complex & Swimming Pool – GPC-1:
Expand Existing BAS
The existing Schneider Electric BAS is to remain in place, and will be expanded. Unless
otherwise specified, all equipment currently controlled through the BAS will be validated and recommissioned, to function according to the intended design and operate according to the
original sequence of operation. Schneider Electric will verify that all existing control points and
end devices are in working order and that all graphics pages are updated and accurate.
Schneider Electric will provide, install, program, validate, and commission all new control points
necessary for the operation of the equipment below.
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
Existing System
Graves-Pierce Complex:
• Chilled Water System: One (1) constant volume building pump, fed by the Central Plant,
one (1) building bypass valve (located at AHU MP2-2).
• Heating System: One (1) steam to hot water heat exchanger fed by the Central Plant,
one (3) steam 1/3 valves, one (1) constant volume building pump, one (1) two-way
butterfly hot water bypass valve.
• Single Zone Air Handling Unit GP1-1: Constant volume fan, chilled water coil with threeway valve, hot water coil with three-way valve, outside air damper, and a return air
damper.
• Multi-zone Air Handling Units GP1-2 and GP1-3: Constant volume fan, chilled water coil
with three-way valve, hot water coil with two-way valve, modulating outside air damper,
and interlocked exhaust fan, 3 zones (with one zone blocked).
• Fan Coil Units 1, 5, 6, 9, 10, 11, 12, 13, & 14: Constant volume fan, chilled water coil
with two-way valve, hot water coil with two-way valve.
• Fan Coil Unit 4: Constant volume fan, chilled water coil with two-way valve, hot water
coil with two-way valve, 100% outside air damper interlocked with supply fan.
• Fan Coil Units 7 & 8: Constant volume fan and a chilled water coil with two-way valve.
• Fan Coil Unit 15: Constant volume fan, chilled water coil with two-way valve, hot water
coil with two-way valve, minimum outside air damper.
Graves-Pierce Swimming Pool:
• Pool Heating System: One (1) steam to pool water heat exchanger fed by the Central
Plant, one (1) steam 1/3 valve, one (1) steam 2/3 valve.
Gallego Multipurpose Center
• Multi-zone Air Handling Unit MPE-1: Constant volume fan, chilled water coil with two
way valve, hot water coil with three way valve, linked hot deck/cold deck zone dampers,
minimum outside air damper, electric duct preheat coil.
• Multi-zone Air Handling Units MPE-2 and MPE-3: Constant volume fan, chilled water
coil with two way valve, hot water coil with three way valve, linked hot deck/cold deck
zone dampers, minimum outside air damper.
• Single Zone Air Handling Unit MPE-4: Constant volume fan with chilled water coil with
three-way valve, hot water coil with two-way valve, minimum outside air damper.
• Single Zone Air Handling Unit MP2-1: Constant volume supply and return fans, chilled
water coil with three-way valve, hot water coil with two-way valve, modulating outside air,
return air, and relief air dampers.
• Single Zone Air Handling Unit MP2-2: Constant volume supply and return fans, chilled
water coil with two-way valve, hot water coil with two-way valve, modulating outside air,
return air, and relief air damper.
• Fan Coil Units 21 & 22: Constant volume fan, chilled water coil with two-way valve, hot
water coil with two-way valve.
• Exhaust Air Fans MP-R-1 thru MP-R-5: Toilet and Locker Room building exhaust fans.
The following is an overview of existing HVAC equipment and operational concepts to be
included.
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
Graves-Pierce Complex:
Chilled Water System – Schneider Electric will provide a VFD (208/230V, 60HP) for the existing
building (secondary) chilled water pump. Schneider Electric will validate and commission all
existing control points to remain, and provide, install, program, validate and commission all new
control points necessary for the operation of this system, as well as update the existing graphics
with the new control points.
Steam – Hot Water Heating System – Schneider Electric will provide a VFD (208/230V, 40HP)
for the existing building hot water pump. Schneider Electric will validate and commission all
existing control points to remain, and provide, install, program, validate and commission all new
control points necessary for the operation of this system, as well as update the existing graphics
with the new control points.
Single Zone AHU GP1-1 – Schneider Electric will provide a VFD (208/230V, 10HP) for the
supply fan. Schneider Electric will provide, install, program, validate, and commission all new
control points necessary for the operation of this unit, as well as update the existing graphics
with the new control points.
Multi-zone AHU GP1-2 and GP1-3 – Schneider Electric will provide a VFD (208/230V, 15HP) for
the supply fan and two (2) electronic modulating actuators for actuation of the new zone volume
dampers that will be installed as part of this project. Schneider Electric will provide, install,
program, validate, and commission all new control points necessary for the operation of these
units, as well as update the existing graphics with the new control points.
Fan Coil Units 1, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, & 15 – Schneider Electric will validate and
re-commission all existing control points for these units on the existing Schneider Electric BAS.
The units will function according to the intended design and operate according to the original
sequences of operation. Existing graphics pages associated with these units will be validated
and commissioned to ensure proper functionality.
Graves-Pierce Swimming Pool:
Pool Steam – Hot Water Heating System – Schneider Electric will validate and re-commission
all existing control points for this system on the existing Schneider Electric BAS. The system
will function according to the intended design and operate according to the original sequence of
operation. Existing graphics pages associated with this system will be validated and
commissioned to ensure proper functionality.
Gallego Multipurpose Center:
Multi-zone AHU’s MPE-1, MPE-2, & MPE-3 – Schneider Electric will validate and re-commission
all existing control points for these units on the existing Schneider Electric BAS. The units will
function according to the intended design and operate according to the original sequence of
Sul Ross State University
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RFQ No: 758-11-07006
operation. Existing graphics pages associated with these units will be validated and
commissioned to ensure proper functionality.
Single Zone AHU MPE-4 – Schneider Electric will validate and re-commission all existing
control points for this unit on the existing Schneider Electric BAS. The unit will function
according to the intended design and operate according to the original sequence of operation.
Existing graphics pages associated with this unit will be validated and commissioned to ensure
proper functionality.
Single Zone AHU’s MP2-1 and MP2-2 – Schneider Electric will provide a VFD (460V, 30HP) for
the supply fan and a VFD (460V, 30HP) for the return fan. Schneider Electric will provide,
install, program, validate, and commission all new control points necessary for the operation of
these units, as well as update the existing graphics with the new control points.
Fan Coil Units 21 & 22 – Schneider Electric will validate and re-commission all existing control
points for these units on the existing Schneider Electric BAS. The units will function according
to the intended design and operate according to the original sequence of operation. Existing
graphics pages associated with these units will be validated and commissioned to ensure
proper functionality.
Exhaust Fans MP-R-1 thru MP-R-5 – Schneider Electric will validate and re-commission all
existing control points for these units on the existing Schneider Electric BAS. These units will
function according to the intended design and operate according to the original sequence of
operation. Existing graphics pages associated with these units will be validated and
commissioned to ensure proper functionality.
Gallego Multipurpose Center, Graves Pierce Complex & Swimming Pool – GPC-2:
Expand BAS to Control New Hot Water System
For this scope item, Schneider Electric will provide DDC controls for the new hot water system
that will replace the existing steam - hot water heating system.
Hot Water System – Four condensing boilers in parallel, with interlocked primary hot water
pumps. One secondary hot water pump with VFD (208/230V, 40HP) serving Graves-Pierce
Complex and Gallego Multipurpose air handlers, one constant volume secondary hot water
pump serving Graves-Pierce Swimming Pool H&V Unit HV-1 and one secondary hot water
pump with VFD (208/230V, 3HP), serving the swimming pool heat exchanger. Schneider
Electric will provide, install, program, validate, and commission all new control points necessary
for the operation of this system, as well as update the existing graphics with the new control
points.
Heating and Ventilation Unit HV-1 – Currently not on the existing BAS, and not included in
project GMC-1, a constant volume fan, steam coil with pneumatic valve, and modulating outside
air damper with pneumatic actuator. As part of the mechanical project to install a hot water
system for this complex, the steam coil will be replaced with a hot water coil. Schneider Electric
will provide one (1) new three-way electronic valve for the new HW Coil. Schneider Electric will
provide, install, program, validate, and commission new DDC controls necessary for the
operation of this unit.
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Gallego Multipurpose Center, Graves Pierce Complex & Swimming Pool – GPC-3:
Validate and Re-commission the Existing BAS
Schneider Electric will validate and re-commission all equipment currently controlled through the
existing Schneider Electric BAS. All equipment will function according to the intended design
and operate according to the original sequences of operation.
Lawrence Hall – LAH-1: Expand Existing BAS
The existing Schneider Electric BAS is to remain in place, and will be expanded. Unless
otherwise specified, all equipment currently controlled through the BAS will be validated and recommissioned, to function according to the intended design and operate according to the
original sequence of operation. Schneider Electric will verify that all existing control points and
end devices are in working order and that all graphics pages are updated and accurate.
Schneider Electric will provide, install, program, validate, and commission all new control points
necessary for the operation of the equipment below.
Existing System
• Chilled Water System: One (1) constant volume building pump, fed by the Central Plant.
• Heating System – serving hot water zone reheats: One (1) steam to hot water heat
exchanger fed by the Central Plant, one (1) steam valve, one (1) constant volume
building pump.
• Multi-zone Air Handling Unit AH1: Two-speed fan, two (2) stages DX cooling in the precool position, chilled water coil with three way valve, steam coil with valve, four (4) hot
water zone reheat coils with two way valves), linked hot deck/cold deck zone dampers,
modulating return air damper (currently replaced by a manual balancing damper),
modulating outside air damper (currently closed during occupied hours).
• Multi-zone Air Handling Unit AH2: Constant volume fan, chilled water coil with three way
valve (bypass line has been cut and capped), steam coil with valve, linked hot deck/cold
deck zone dampers, modulating return air damper (currently replaced by a manual
balancing damper), modulating outside air damper (currently closed during occupied
hours).
• Fan Coil Unit 1: Constant volume fan, chilled water coil with two way valve, hot water
coil with two way valve.
• Exhaust Air Fan 1: Restroom exhaust fan serving floors 1, 2, and 3.
The following is an overview of existing HVAC equipment and operational concepts to be
included.
Chilled Water System – Schneider Electric will validate and re-commission all existing control
points for this system on the existing Schneider Electric BAS. The system will function
according to the intended design and operate according to the original sequence of operation.
Existing graphics pages associated with this system will be validated and commissioned to
ensure proper functionality.
Steam – Hot Water Heating System – Schneider Electric will validate and re-commission all
existing control points for this system on the existing Schneider Electric BAS. The system will
Sul Ross State University
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RFQ No: 758-11-07006
function according to the intended design and operate according to the original sequence of
operation. Existing graphics pages associated with this system will be validated and
commissioned to ensure proper functionality.
Multi-zone AH-1 – Schneider Electric will validate and re-commission all existing control points
for this unit on the existing Schneider Electric BAS. The unit will function according to the
intended design and operate according to the original sequence of operation. Existing graphics
pages associated with this unit will be validated and commissioned to ensure proper
functionality.
Multi-zone AH-2 – Schneider Electric will provide a VFD (208/230V, 10HP) for the supply fan
and eleven (11) electronic modulating actuators for actuation of the new zone volume dampers
that will be installed as part of this project. Schneider Electric will provide, install, program,
validate, and commission all new control points necessary for the operation of this unit, as well
as update the existing graphics with the new control points.
Fan Coil Unit 1 – Schneider Electric will validate and re-commission all existing control points
for this unit on the existing Schneider Electric BAS. The unit will function according to the
intended design and operate according to the original sequence of operation. Existing graphics
pages associated with this unit will be validated and commissioned to ensure proper
functionality.
Exhaust Fan 1 – Schneider Electric will validate and re-commission all existing control points for
this unit on the existing Schneider Electric BAS. The unit will function according to the intended
design and operate according to the original sequence of operation. Existing graphics pages
associated with this unit will be validated and commissioned to ensure proper functionality.
Lawrence Hall – LAH-2: Expand BAS to Control New Hot Water System
For this scope item, Schneider Electric will provide DDC controls for the new hot water system
that will replace the existing steam - hot water heating system. Reference Appendix 2a and 2b.
Hot Water System – One condensing boiler, with interlocked primary hot water pump. One
secondary hot water pump with VFD (208/230V, 3HP). Schneider Electric will provide, install,
program, validate, and commission all new control points necessary for the operation of this
system, as well as update the existing graphics with the new control points.
Multi-zone AH-1 – As part of the Mechanical project the existing steam coil will be replaced with
a hot water coil. Schneider Electric will provide one (1) new two way electronic valve for the HW
Coil.
Multi-zone AH-2 – As part of the Mechanical project the existing steam coil will be replaced with
a hot water coil. Schneider Electric will provide one (1) new two way electronic valve for the HW
Coil.
Lawrence Hall – LAH-3: Validate and Re-commission the Existing BAS
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Schneider Electric will validate and re-commission all equipment currently controlled through the
existing Schneider Electric BAS. All equipment will function according to the intended design
and operate according to the original sequences of operation.
Morelock Academic Building – MAB-1: New DDC BAS
Schneider Electric will provide, install, program, validate, and commission new controls for a
new Schneider Electric DDC BAS. This site will be integrated into the existing Schneider
Electric workstation, and will be completely interoperable with the existing system.
The following is an overview of existing HVAC equipment and operational concepts to be
included:
Chilled Water System – Schneider Electric will provide, install, program, validate, and
commission all DDC controls points necessary for the operation of this system.
Steam – Hot Water Heating System – Schneider Electric will provide, install, program, validate,
and commission all DDC controls points necessary for the operation of this system.
Air Handling Units 6, 7, and 8 – Schneider Electric will provide VFD’s (208/230V, 25HP) for the
supply fans. The pneumatic actuators on the valves will be controlled with electric-to-pneumatic
transducers. Schneider Electric will replace the existing pneumatic minimum outside air damper
actuator with an electronic actuator. Schneider Electric will provide, install, program, validate,
and commission all DDC points necessary for the operation of these units.
Air Handling Unit 9 and 10 – Schneider Electric will provide VFD’s (208/230V, 7.5HP) for the
supply fans and electronic modulating actuators for actuation of the new return air dampers that
will be installed as part of this project. The pneumatic actuators on the valves will be controlled
with electric-to-pneumatic transducers. Schneider Electric will replace the existing pneumatic
minimum outside air damper actuator with an electronic actuator. Schneider Electric will
provide, install, program, validate, and commission all DDC points necessary for the operation
of these units.
Air Handling Units 11, 12, & 13– The pneumatic actuators on the valves will be controlled with
electric-to-pneumatic transducers. Schneider Electric will provide, install, program, validate,
and commission all DDC points necessary for the operation of these units.
Fan Powered Boxes –The fan powered boxes with hot water reheat served by air handling units
6, 7, and 8 are scheduled with timeclocks (one per floor) and have pneumatic box controllers.
The box controls are to remain, but the timeclocks will be removed and replaced with relays.
Schneider Electric will provide, install, program, validate, and commission all new controls
points necessary for the enable/disable operation of this equipment.
Exhaust Fans – Process specific exhaust fans or exhaust fans serving electrical or chemical
storage rooms will be excluded from the BAS. All other building exhaust fans will be included in
the BAS. Schneider Electric will provide, install, program, validate, and commission all new
controls points necessary for the enable/disable operation of this equipment.
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Morelock Academic Building – MAB-2: Expand BAS to Control New Hot Water System
For this scope item, Schneider Electric will provide DDC controls for the new hot water system
that will replace the existing steam - hot water heating system.
Hot Water System – The new system will consist of the existing constant volume building
(tertiary) hot water pumps, which will now be served by a new HW system to be located in
ACRC. Schneider Electric will provide, install, program, validate, and commission all new
control points necessary for the operation of this system.
Physical Plant Services Building – PPS-1: New BAS
Provide, install, program, validate, and commission new controls for a new Schneider Electric
Enable/Disable BAS. This site will be integrated into the existing Schneider Electric
workstation, and will be completely interoperable with the existing system.
The following is an overview of existing HVAC equipment and operational concepts to be
included:
Physical Plant Services Building – Schneider Electric will provide, install, program, validate, and
commission new Enable/Disable controls for (2) infrared gas heaters, and (4) gas-fired unit
heaters.
Exhaust Fans – Process specific exhaust fans or exhaust fans serving electrical or chemical
storage rooms will be excluded from the BAS. All other building exhaust fans will be included in
the BAS. Schneider Electric will provide, install, program, validate, and commission all new
controls points necessary for the enable/disable operation of this equipment.
Physical Plant Operations Building – PPO-1: New BAS
Provide, install, program, validate, and commission new controls for a new Schneider Electric
DDC and Enable/Disable BAS. This site will be integrated into the existing Schneider Electric
workstation, and will be completely interoperable with the existing system. All controls will
conform to the corresponding input/output points list, including quantities of control and
monitoring points. Sequences of operation have been provided detailing control of devices.
Reference Appendix 2a and 2b.
The following is an overview of existing HVAC equipment and operational concepts to be
included:
Physical Plant Services Building –
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DDC:
o
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AH1 – Single stage DX cooling, single stage gas heating split system air handler.
Schneider Electric will provide, install, program, validate, and commission all
DDC points necessary for the operation of this unit.
Enable/Disable:
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o
Schneider Electric will provide, install, program, validate, and commission new
Enable/Disable controls for (3) cooling and heating window units, (4) evaporative
coolers, and (7) gas-fired unit heaters.
Exhaust Fans – Process specific exhaust fans or exhaust fans serving electrical or chemical
storage rooms will be excluded from the BAS. All other building exhaust fans will be included in
the BAS. Schneider Electric will provide, install, program, validate, and commission all new
controls points necessary for the enable/disable operation of this equipment.
The University Center – TUC-1: Expand Existing BAS
The existing Schneider Electric BAS is to remain in place, and will be expanded. Unless
otherwise specified, all equipment currently controlled through the BAS will be validated and recommissioned, to function according to the intended design and operate according to the
original sequence of operation. Schneider Electric will verify that all existing control points and
end devices are in working order and that all graphics pages are updated and accurate.
Schneider Electric will provide, install, program, validate, and commission all new control points
necessary for the operation of the equipment below.
Existing System:
• Chilled Water System: One (1) variable volume building pump, fed by the Central Plant,
one (1) primary chilled water bypass valve, one (1) secondary chilled water temperature
reset valve.
• Heating System: One (1) steam to hot water heat exchanger fed by the Central Plant,
one (1) steam 1/3 valve, one (1) steam 2/3 valve, two (2) constant volume building
pumps.
• Multi-zone Air Handling Units MZ-A1, MZ-A2, MZ-A4, MZ-B1, MZ-B2, MZ-B4, & MZ-B5:
Constant volume fan, chilled water coil with two-way or three-way valve, hot water coil
with three-way valve, hot water preheat coil with two-way valve, linked hot deck/cold
deck zone dampers, modulating outside, return, and relief air dampers.
• Multi-zone Air Handling Unit MZ-A3: Constant volume fan, chilled water coil with twoway or three-way valve, hot water coil with three-way valve, hot water preheat coil with
two-way valve, linked hot deck/cold deck zone dampers, modulating outside air and
return air dampers.
• Single Zone Air Handling Unit SZ-B3: Constant volume fan, chilled water coil with threeway valve, hot water coil with three-way valve, hot water preheat coil with two-way valve,
modulating outside air damper and return air damper.
• Fan Coil Unit FC-B1 : Constant volume fan, chilled water coil with two-way valve.
• Fan Coil Units FC-CS1 & FC-CS2 : Constant volume fan, chilled water coil with two-way
valve, hot water coil with three-way valve.
The following is an overview of existing HVAC equipment and operational concepts to be
included.
Chilled Water System – Schneider Electric will provide a VFD (460V, 10HP) to replace the
existing non-functional building (secondary) chilled water pump VFD. Schneider Electric will
validate and re-commission all existing control points for this system on the existing Schneider
Electric BAS. The system will function according to the intended design and operate according
Sul Ross State University
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RFQ No: 758-11-07006
to the original sequence of operation. Existing graphics pages associated with this system will
be validated and commissioned to ensure proper functionality.
Steam – Hot Water Heating System – Schneider Electric will validate and re-commission all
existing control points for this system on the existing Schneider Electric BAS. The system will
function according to the intended design and operate according to the original sequence of
operation. Existing graphics pages associated with this system will be validated and
commissioned to ensure proper functionality.
Multi-zone AHU’s MZ-A1, MZ-A3, MZ-B1, & MZ-B2 – Schneider Electric will validate and recommission all existing control points for these units on the existing Schneider Electric BAS.
The units will function according to the intended design and operate according to the original
sequence of operation. Existing graphics pages associated with these units will be validated
and commissioned to ensure proper functionality.
Multi-zone AHU MZ-A2 – Schneider Electric will provide a VFD (460V, 10HP) for the supply fan
and three (3) electronic modulating actuators for actuation of the new zone volume dampers
that will be installed as part of this project. Schneider Electric will provide, install, program,
validate, and commission all new control points necessary for the operation of this unit, as well
as update the existing graphics with the new control points.
Multi-zone AHU MZ-A4 – Schneider Electric will provide a VFD (460V, 7.5HP) for the supply fan
and three (3) electronic modulating actuators for actuation of the new zone volume dampers
that will be installed as part of this project. Schneider Electric will provide, install, program,
validate, and commission all new control points necessary for the operation of this unit, as well
as update the existing graphics with the new control points.
Multi-zone AHU MZ-B4 – Schneider Electric will provide a VFD (460V, 15HP) for the supply fan
and three (3) electronic modulating actuators for actuation of the new zone volume dampers
that will be installed as part of this project. Schneider Electric will provide, install, program,
validate, and commission all new control points necessary for the operation of this unit, as well
as update the existing graphics with the new control points.
Multi-zone AHU MZ-B5 – Schneider Electric will provide a VFD (460V, 10HP) for the supply fan
and three (3) electronic modulating actuators for actuation of the new zone volume dampers
that will be installed as part of this project. Schneider Electric will provide, install, program,
validate, and commission all new control points necessary for the operation of this unit, as well
as update the existing graphics with the new control points.
Single Zone AHU SZ-B3 – Schneider Electric will validate and re-commission all existing control
points for this unit on the existing Schneider Electric BAS. The unit will function according to the
intended design and operate according to the original sequence of operation. Existing graphics
pages associated with this unit will be validated and commissioned to ensure proper
functionality.
Fan Coil Units FC-B1, FC-CS1, & FC-CS2 – Schneider Electric will validate and re-commission
all existing control points for these units on the existing Schneider Electric BAS. The units will
function according to the intended design and operate according to the original sequences of
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RFQ No: 758-11-07006
operation. Existing graphics pages associated with these units will be validated and
commissioned to ensure proper functionality.
Exhaust Fans – Process specific exhaust fans or exhaust fans serving electrical or chemical
storage rooms will be excluded from the BAS. All other building exhaust fans will be included in
the BAS. Schneider Electric will provide, install, program, validate, and commission all new
controls points necessary for the enable/disable operation of this equipment.
Freezer and Cooler Temperatures – Schneider Electric will provide, install, program, validate,
and commission new control points necessary for the temperature monitoring of one (1) freezer
and two (2) coolers.
The University Center – TUC-2: Expand BAS to Control New Hot Water System
For this scope item, Schneider Electric will provide DDC controls for the new hot water system
that will replace the existing steam - hot water heating system.
Hot Water System – Two condensing boilers, with interlocked primary hot water pumps. Two
constant volume secondary hot water pumps. Schneider Electric will provide, install, program,
validate, and commission all new control points necessary for the operation of this system.
The University Center – TUC-3: Validate and Re-commission the Existing BAS
Schneider Electric will validate and re-commission all equipment currently controlled through the
existing Schneider Electric BAS. All equipment will function according to the intended design
and operate according to the original sequences of operation.
Warnock Science Building and Fletcher Hall – WSB-1: Validate and Re-commission the
Existing BAS, Replace Non-functional VFD’s and Valve Actuator
Schneider Electric will validate and re-commission all equipment currently controlled through the
existing Schneider Electric BAS. All equipment will function according to the intended design
and operate according to the original sequences of operation. Existing graphics pages
associated with this building will be validated and re-commissioned to ensure proper
functionality.
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Schneider Electric will provide and install the following Variable Frequency Drives (VFD’s) to
replace the existing non-functional VFD’s:
Chilled Water Pump:
Hot Water Pump:
AHU1 Supply Fan:
AHU2 Supply Fan:
AHU3 Supply Fan:
AHU4 Supply Fan:
ƒ
208/230V, 10HP
208/230V, 5HP
208/230V, 15HP
208/230V, 25HP
208/230V, 20HP
208/230V, 15HP
Schneider Electric will replace the existing non-functional hot deck hot water valve actuator
for Air Handling Unit 3.
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Warnock Science Building and Fletcher Hall – WSB-2: Expand BAS to Control New Hot
Water System
For this scope item, Schneider Electric will provide DDC controls for the new hot water system
that will replace the existing steam - hot water heating system.
Hot Water System – Two condensing boilers, with interlocked primary hot water pumps. One
variable volume secondary hot water pump, serving Warnock Science Center. One constant
volume secondary hot water pump, serving Fletcher Hall. Schneider Electric will provide, install,
program, validate, and commission all new control points necessary for the operation of this
system.
Wildenthal Library Building – WLB-1: Expand Existing BAS
The existing Schneider Electric BAS is to remain in place, and will be expanded. Unless
otherwise specified, all equipment currently controlled through the BAS will be validated and recommissioned, to function according to the intended design and operate according to the
original sequence of operation. Schneider Electric will verify that all existing control points and
end devices are in working order and that all graphics pages are updated and accurate.
Schneider Electric will provide, install, program, validate, and commission all new control points
necessary for the operation of the equipment below.
Existing System:
• Chilled Water System: Two (2) variable volume building pumps, fed by the Central
Plant, one (1) chilled water bypass valve.
• Multi-zone Air Handling Units AH1 & AH2: Constant volume fan, chilled water coil with
two-way valve, steam coil with valve, linked hot deck/cold deck zone dampers,
modulating outside, return, and relief air dampers.
• Multi-zone Air Handling Units AH3: Constant volume fan, chilled water coil with two-way
valve, steam coil with valve, linked hot deck/cold deck zone dampers, modulating
minimum and maximum outside, return, and relief air dampers.
• Single Zone Air Handling Unit AH4 (Computer Room): Constant volume fan, DX cooling.
• Fan Coil Unit FC-B1: Constant volume fan, chilled water coil with two-way valve.
The following is an overview of existing HVAC equipment and operational concepts to be
included.
Chilled Water System – Schneider Electric will provide two VFD’s (460V, 5HP and 15HP) to
replace the existing non-functional building (secondary) chilled water pump VFD’s. Schneider
Electric will validate and re-commission all existing control points for this system on the existing
Schneider Electric BAS. The system will function according to the intended design and operate
according to the original sequence of operation. Existing graphics pages associated with this
system will be validated and re-commissioned to ensure proper functionality.
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Multi-zone AH1 – Schneider Electric will provide a VFD (460V, 20HP) for the supply fan and six
(6) electronic modulating actuators for actuation of the new zone volume dampers that will be
installed as part of this project. Schneider Electric will provide, install, program, validate, and
commission all new control points necessary for the operation of this unit, as well as update the
existing graphics with the new control points.
Multi-zone AH2 – Schneider Electric will provide a VFD (460V, 15HP) for the supply fan and six
(6) electronic modulating actuators for actuation of the new zone volume dampers that will be
installed as part of this project. Schneider Electric will provide, install, program, validate, and
commission all new control points necessary for the operation of this unit, as well as update the
existing graphics with the new control points.
Multi-zone AH3 – Schneider Electric will provide a VFD (460V, 30HP) for the supply fan and six
(6) electronic modulating actuators for actuation of the new zone volume dampers that will be
installed as part of this project. Schneider Electric will provide, install, program, validate, and
commission all new control points necessary for the operation of this unit, as well as update the
existing graphics with the new control points.
Single Zone AH4 (Computer Room) – Schneider Electric will validate and re-commission all
existing control points for this unit on the existing Schneider Electric BAS. The unit will function
according to the intended design and operate according to the original sequence of operation.
Existing graphics pages associated with this unit will be validated and re-commissioned to
ensure proper functionality.
Exhaust Fans – Process specific exhaust fans or exhaust fans serving electrical or chemical
storage rooms will be excluded from the BAS. All other building exhaust fans will be included in
the BAS. Schneider Electric will provide, install, program, validate, and commission all new
controls points necessary for the enable/disable operation of this equipment.
Wildenthal Library Building – WLB-2: Expand BAS to Control New Hot Water System
For this scope item, Schneider Electric will provide DDC controls for the new hot water system
that will replace the existing steam - hot water heating system.
Hot Water System – Two condensing boilers, with interlocked primary hot water pumps. One
constant volume secondary hot water pump. Schneider Electric will provide, install, program,
validate, and commission all new control points necessary for the operation of this system
Multi-zone AH1 – As part of
a hot water coil. Schneider
HW Coil.
Multi-zone AH2 – As part of
a hot water coil. Schneider
HW Coil.
the Mechanical project the existing steam coil will be replaced with
Electric will provide one (1) new three way electronic valve for the
the Mechanical project the existing steam coil will be replaced with
Electric will provide one (1) new three way electronic valve for the
Multi-zone AH3 – As part of the Mechanical project the existing steam coil will be replaced with
a hot water coil. Schneider Electric will provide one (1) new three way electronic valve for the
HW Coil.
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Wildenthal Library Building – WLB-3: Re-commission the Existing BAS
Schneider Electric will validate and re-commission all equipment currently controlled through the
existing Schneider Electric BAS. All equipment will function according to the intended design
and operate according to the original sequences of operation.
McCoy Museum Building – MMB-1: Expand Existing BAS
The existing Schneider Electric BAS is to remain in place, and will be expanded. Unless
otherwise specified, all equipment currently controlled through the BAS will be validated and recommissioned, to function according to the intended design and operate according to the
original sequence of operation. Schneider Electric will verify that all existing control points and
end devices are in working order and that all graphics pages are updated and accurate.
Schneider Electric will provide, install, program, validate, and commission all new control points
necessary for the operation of the equipment below.
Existing System
• Chilled Water System: One constant volume building pump, fed by the Central Plant,
two way chilled water primary isolation valve, back up air cooled chiller with two (2) three
way diverting valves.
• Heating System: One (1) steam to hot water heat exchanger fed by the Central Plant,
one (1) steam valve, one (1) constant volume building pump.
• Air Handling Unit 1: Constant volume supply fan, chilled water coil with two way valve,
hot water preheat coil with three way valve and face and bypass damper, two position
minimum outside air damper and return air damper, self contained humidifier
• Zone Reheats 1, 5, 6, & 8: Hot water coil with three way valve, electric duct heater, self
contained humidifier.
• Zone Reheats 2, 3, 4, 7, & 9 thru 14: Hot water coild with three way valve, electric duct
heater.
The following is an overview of existing HVAC equipment and operational concepts to be
included.
Chilled Water System – Schneider Electric will validate and re-commission all existing control
points for this system on the existing Schneider Electric BAS. The system will function
according to the intended design and operate according to the original sequence of operation.
Existing graphics pages associated with this system will be validated and commissioned to
ensure proper functionality.
Steam – Hot Water Heating System – Schneider Electric will validate and re-commission all
existing control points for this system on the existing Schneider Electric BAS. The system will
function according to the intended design and operate according to the original sequence of
operation. Existing graphics pages associated with this system will be validated and
commissioned to ensure proper functionality.
Air Handling Unit 1 – Schneider Electric will provide a VFD (460V, 40HP) for the supply fan.
Schneider Electric will provide, install, program, validate, and commission all new control points
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
necessary for the operation of this unit, as well as update the existing graphics with the new
control points.
Zone Reheats 1 thru 14 – Schneider Electric will provide and install a actuator for the actuation
of the new VAV dampers that will be installed as part of this project. Schneider Electric will
provide, install, program, validate, and commission all new control points necessary for the
operation of these units, as well as update the existing graphics with the new control points.
Exhaust Fans – Process specific exhaust fans or exhaust fans serving electrical or chemical
storage rooms will be excluded from the BAS. All other building exhaust fans will be included in
the BAS. Schneider Electric will provide, install, program, validate, and commission all new
controls points necessary for the enable/disable operation of this equipment.
McCoy Museum Building – MMB-2: Expand BAS to Control New Hot Water System
For this scope item, Schneider Electric will provide DDC controls for the new hot water system
that will replace the existing steam to hot water heat exchanger.
Hot Water System – Two condensing boilers in parallel, with interlocked primary hot water
pumps. One secondary hot water pump with VFD (460V, 3HP). Two constant volume building
(tertiary) hot water pumps that serve McCoy Museum Building and Francois Fine Arts Building,
respectively. The controls for the building pump at Francois Fine Arts Building will reside on
that building’s control system. Schneider Electric will provide, install, program, validate, and
commission all new control points necessary for the operation of this system.
McCoy Museum Building – MMB-3: Re-commission the Existing BAS
Schneider Electric will validate and re-commission all equipment currently controlled through the
existing Schneider Electric BAS. All equipment will function according to the intended design
and operate according to the original sequences of operation.
McCoy Museum Building – MMB-4:
Steam to Hot Water System
Re-commission the Existing BAS, Excluding the
Schneider Electric will validate and re-commission all equipment currently controlled through the
existing Schneider Electric BAS, excluding the steam to hot water heating system. All
equipment will function according to the intended design and operate according to the original
sequences of operation.
Turner Range Animal Science Center – RAS-1: Validate and Re-commission the Existing
BAS, Replace Non-functional VFD’s
Schneider Electric will validate and re-commission all equipment currently controlled through the
existing Schneider Electric BAS. All equipment will function according to the intended design
and operate according to the original sequences of operation.
Schneider Electric will provide and install the following Variable Frequency Drives (VFD’s) to
replace the existing non-functional VFD’s:
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
Chilled Water Pump:
Hot Water Pump:
AHU1 Supply Fan:
AHU2 Supply Fan:
460V, 7.5HP
460V, 3HP
460V, 20HP
460V, 7.5HP
The Centennial Building – TCB-1: Re-commission the Existing BAS
Schneider Electric will validate and re-commission all equipment currently controlled through the
existing Schneider Electric BAS. All equipment will function according to the intended design
and operate according to the original sequences of operation.
END OF SCOPE
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
Items Removed From Scope of Work
Some BAS items have been tentatively removed from the intended scope due to extended
payback. They are shown below for reference. They can be included in the project scope of
work if additional funding is made available.
Academic Computer Resource Center – ACR-3: DDC Control of Terminal Units
Schneider Electric will provide DDC controls for eight (8) parallel fan powered boxes with hot
water reheat. The pneumatic reheat valve actuators will be controlled with electric-to-pneumatic
transducers. Schneider Electric is to provide, install, program, validate, and commission new
controls for the boxes, as well as update the existing graphics with the new control points.
Briscoe Administration Building – BAB-3: DDC Control of Terminal Units
For this scope item, Schneider Electric will provide DDC controls for sixty-three (63) parallel fan
powered boxes with hot water reheat, one (1) parallel fan powered box without hot water reheat,
and eleven (11) fanless boxes with hot water reheat. The pneumatic reheat valve actuators will
be controlled with electric-to-pneumatic transducers. Schneider Electric is to provide, install,
program, validate, and commission all new DDC control points necessary for the operation of
these units.
Francois Fine Arts Building – FAB-3: DDC Control of Terminal Units
For this scope item, Schneider Electric will provide DDC controls for thirty-one (31) parallel fan
powered boxes with hot water reheat. The pneumatic reheat valve actuators will be controlled
with electric-to-pneumatic transducers. Schneider Electric is to provide, install, program,
validate, and commission all new DDC control points necessary for the operation of these units.
Morelock Academic Building – MAB-3: DDC Control of Terminal Units
For this scope item, Schneider Electric will provide DDC controls for forty-four (44) parallel fan
powered boxes with hot water reheat, and five (5) fanless boxes with hot water reheat. The
pneumatic reheat valve actuators will be controlled with electric-to-pneumatic transducers.
Schneider Electric is to provide, install, program, validate, and commission all new DDC control
points necessary for the operation of these units.
Sul Ross State University
Utility Assessment Report Appendix for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
H. UCRM 4 - BAS COMMISSIONING DETAILS
BAS Construction Review
Project:
Date:
Building:
Unit:
0/00/09
Performance Engineer
Date
Device and Point to Point Checkout (Static Testing)
The following procedures are required to be performed and documented for each and every point in the control
system. The following procedures are minimum requirements. The control contractor is encouraged to identify
more comprehensive checkout procedures in greater detail in their submitted plan. These procedures are not a
substitute for the manufacturer’s recommended start-up and checkout procedures but are to be combined with
them, as applicable.
Procedures:
1. Verify that the wiring is correct to each point.
2. If the device is or has an actuator, verify full free movement through its full range.
3. Verify that the software address is correct.
4. For devices with a controller, verify that current software program with proper setpoints has been downloaded.
5. Device stroke/range calibration. This applies to all controlled valves, dampers, fans, pumps, actuators, etc.
Simulate maximum and minimum transmitter signal values, verify minimum and maximum controller output
values, and positively verify each and every control device minimum and maximum stroke and capacity range.
Follow procedure below.
6. Verify that all sensor locations are appropriate and away from causes of erratic operation.
7. Sensor calibration. Calibrate or verify calibration of all sensors and thermostats, including temperature,
pressure, flow, current, kW, rpm, Hertz, etc. Verify that the sensor readings in the control system are within
the sensor accuracies specified in this section, using hand-held or other external measuring instruments.
Follow procedure below.
8. For controlled devices (dampers, valves, actuators, VAV boxes, etc.), after mechanical equipment control
becomes operational, perform an operational test of each control loop.
Device and Point by Point Checkout (Dynamic Testing)
The following procedures are required to be performed and documented for each and every point in the control
system. The following procedures are minimum requirements. The control contractor is encouraged to identify
better and more comprehensive checkout procedures in their submitted plan. These procedures are not a
substitute for the manufacturer’s recommended start-up and checkout procedures, but are to be combined with
them, as applicable.
Procedures:
Each control point will be verified to be commanding, reporting and controlling according to their intended
purpose.
Every analog and digital input and output in the central control system shall be verified to be functioning properly.
Points within and controlled by packaged equipment controllers do not require a point-by-point checkout except
for actuator positions or other points listed in the specifications or manufacturer’s start-up and checkout
procedures. For each output, commands will be initiated and verified to be functioning by visually observing and
documenting the status of the controlled device (e.g., command cooling coil valve to full open, or command
heating water pump off). For each input, the system or conditions will be manipulated to initiate the input
response being tested and the response in the control system observed and recorded (e.g., high duct static
pressure alarm). Sensors and actuators will also be calibrated according to the sections below.
Sensor Calibration Methods:
All Sensors
Verify that all sensor locations are appropriate and away from causes of erratic operation (in stratified air flow,
touching coils, etc.). Verify that sensors with shielded cable, are grounded only at one end. For sensor pairs that
are used to determine a temperature or pressure difference, make sure they are reading within 0.2°F of each
other for temperature and within a tolerance equal to 2% of the reading, of each other, for pressure. Tolerances
for critical applications may be tighter. Hand-held instrument readings should be taken at five or more locations
for mixed air temperatures and three or more locations for hot and cold deck temperatures to ensure a good
average value to check against the BAS reading.
A. Single Point
Complete Validation Procedure. Using approved test instrument, take measurement within 6 inches of sensor
where available. Record measured variable and control system variable. Calibrate control system value to match
measured value. Record offset inputted into control system. If measured variable and control system variable
deviate more than the required accuracy indicated, further investigation will be required to determine if the device
is receiving external influence or if the device is defective.
B. Two Point
Complete Validation Procedure. Using approved test instrument, take measurement within 6 inches of sensor.
Two readings at a minimum are required. One reading should be taken at the low end of the device's span. The
other should be taken at normal operating point of the device. Record measured variable and control system
variable. If calibration cannot be completed at two separate points, then calibrate the device at its normal
operating point. Calibrate control system value to match measured value. Record offset inputted into control
system. If measured variable and control system variable deviate more than the required accuracy indicated,
further investigation will be required to determine if the device is receiving external influence or if the device is
defective.
C. Critical Applications
For critical applications (process, manufacturing, etc.) more rigorous calibration techniques may be required for
selected sensors, such as making multiple point readings throughout the expected range of sensor operation.
Describe any such methods used on an attached sheet.
D. Terminal Unit Flow Sensors
Flow sensors in air terminal units shall be calibrated using NEBB or AABC approved procedures.
Reference Method
This procedure makes sure that sensors are accurate relative to each other in a given piece of equipment.
Sensors calibrated in this way, do not need separate calibration as given in Procedures A-D. For example, for a
heating water system all the sensors in the fluid stream would be checked at one time, e.g., boiler entering and
leaving temperatures, bypass, building supply and return temperatures. This would include building automation
sensors, equipment panel readouts and gages. For an air handler it may include the return air temperature, coil
temperatures and supply air temperatures. Calibrating sensors with this method is preferable to calibrating them
each separately.
Where possible, the most critical sensor should be used as the reference. For example, if chillers are staged off
the secondary chilled water supply temperature, then that sensor should be used as the reference.
The procedure is as follows:
1. Record all current sensor calibration offsets.
2. Remove all sensor calibration offsets.
3. Put the system in a mode that will offer constant flow of water or air past the sensors, e.g., turn off boilers;
turn on pumps, or turn on air handler and close outside air dampers and heating and cooling coil valves,
etc.
4. Check with the reference instrument that the temperatures across coils and dampers are equal indicating
that there is no leak-by.
5. With the reference instrument record the temperature rise across fans.
6. Use the entering fluid temperature to the system as a reference by inserting a reference measuring
instrument there. For hydronic systems, an immersion probe inserted into a P/T port is preferable.
7. Compare the sensor readings with the reference reading. Take into account temperature rises across
fans and pumps.
8. Install offsets or replace sensors and gages as required so sensor readings, compared to the reference,
are within the tolerances given in Section E above.
9. Record all conditions, readings and offsets and submit.
10. Return systems to normal.
Required Instrument Accuracy and Calibration Tolerances – Standard Applications
More stringent Contract Specifications supersede this document.
BAS Field Device Required Accuracy
Table 1
Reporting Accuracy
Measured Variable
Space Temperature
Ducted Air
Outside Air
Dew Point
Water Temperature
Delta-T
Relative Humidity
Water Flow
Airflow (terminal)
Airflow (measuring stations)
Airflow (pressurized spaces)
Air Pressure (ducts)
Air Pressure (space)
Water Pressure
Electrical (A, V, W, Power Factor)
Carbon Monoxide (CO)
Carbon Dioxide (CO2)
Reported Accuracy
±0.5ºC (±1ºF)
±0.5ºC (±1ºF)
±1.0ºC (±2ºF)
±1.5ºC (±3ºF)
±0.5ºC (±1ºF)
±0.15ºC (±0.25ºF)
±3% RH Drift over 5-years | ±1% RH Drift over 2-year
±2% of full scale
±10% of full scale (see Note 1)
±5% of full scale
±3% of full scale
±25 Pa (±0.1 in. w.g.)
±3 Pa (±0.01 in. w.g.)
±2% of full scale (see Note 2)
±1% of reading (see Note 3)
±5% of reading
+/- 50 ppm or +3% of reading | +/- 30ppm +/- 5% of measured value
Note 1: Accuracy applies to 10% - 100% of scale
Note 2: For both absolute and differential pressure
Note 3: Not including utility-supplied meters
Table 2
Control Stability Requirements
Controlled Variable
Air Pressure
Airflow
Space Temperature
Duct Temperature
Humidity
Dewpoint
Fluid Pressure
Control Accuracy
±0.2 in. w.g.
±0.01 in. w.g.
±10% of full scale
±1.5ºF
±3.0ºF - Heating
±1.0ºF - Cooling
±5% RH
±3.0ºF
±1 psi
±1 in. w.g.
Range of Medium
0-10 in. w.g.
-0.2 to 0.2 in. w.g.
1-150 psi
0-50 in. w.g.
Table 3
Instrument Utilization
Variable
AHU
Temperatures
Air Flow
Units
o
F
# of
Points
Varies
F
1
V
1
2
Hydronic
Gauges
fpm
2
Amperage
Hydronic
Temperatures
Amps
1
F
1
Humidity
Space
Temperature
%Rh
1
Non-Pitot Tube
Voltage
Hydronic
Pressure
±5% of
Reading
±2% of
Reading
±5% of
Reading
±2% of
Reading
±1% of
Reading
±5.0% of full
scale
±1% of
Reading
±2% of
Reading
o
2
Air Velocity
Minimum
Instrument
Accuracy
±1% of
Reading
Flow
Measuring
Device
Digital
Manometer
Digital
Manometer
Digital
Ammeter
Digital
Thermometer
Digital
Hygrometer
Digital
Hygrometer
Digital
Multimeter
cfm
in.
w.c.
Air Pressure
Instrument
Required
Digital
Thermometer
o
psi
2
±2% of
Reading
Instrument
Calibration
Interval
Calibration
Method
1 Year
Multiple
Varies
Two Point
1 Year
Two Point
1 Year
Multiple
Single
Point
1 Year
1 Year
1 Year
Reference
Single
Point
Single
Point
Single
Point
1 Year
Two Point
1 Year
1 Year
Notes
Traverse for MAT
Pressure drop curves, Kfactor formulas, flow
hood, pitot tube
Rotating vane
Valve and Damper Stroke Setup and Check
A. Actuator Arrangement
Verify that the actuator is using its full stroke to move the damper or valve through its full range of motion without
sacrificing kinematics. Verify that linked or paired actuators are arranged the same. Verify that the linkages and
ball joints are lubricated and that linkage rods are not binding or bent.
B. Spring Returns
For valves and dampers with spring returns, apply or remove power to the actuator and see that it moves to the
correct position and that the spring has enough torque to fully close or open valve or damper.
C. BAS Readout and Stroke
For all valve and damper actuator positions checked, verify BAS address and the actual position against the BAS
readout and verify that the valve or damper strokes fully and that “normal” position is correct.
Set pumps or fans to normal operating mode. Command valve or damper closed, visually verify that valve or
damper is closed and adjust output zero signal as required. Dampers shall be adjusted to provide a tight
positive closure. Command valve or damper open, verify position is full open and adjust output signal as
required. Command valve or damper to at least 3 intermediate positions. If actual valve or damper position
doesn’t reasonably correspond, replace actuator or add pilot positioner (for pneumatics). Remove the control
signal to the valve or actuator from the BAS. Observe that the failure mode (current position, open, closed) is
as per specifications.
D. Closure for heating coil valves (NO)
Set the heating setpoint 20°F above the room temperature. Observe valve open. Remove control air or power
from the valve and verify that the valve stem and actuator position do not change. Restore to normal.
E. Closure for cooling coil valves (NC)
Set the cooling setpoint 20°F above the room temperature. Observe the valve close. Remove control air or power
from the valve and verify that the valve stem and actuator position do not change. Restore to normal.
Coil Valve Leak Check
A. Method 1--Water Temperature With 2- or 3-Way Valve. Calibrate water temperature sensors on each side of
coil to be within 0.2°F of each other.
Option 1
Test Across Coil--for valves that are tight against AHU cabinet or valves that are away from the cabinet. Turn off
air handler fans, close OSA dampers; keep pump running and valve open. Fix the supply water temperature
setpoint. Place one sensor in moving supply water stream P/T plug or use strap-on sensor and insulate. Place
one sensor on the return side of the coil, but not in the main return stream from other coils, ideally in a P/T plug,
or strap-on and insulate. Sensor on the valve side of the coil must be on the far side of the valve from the coil.
Verify that temperatures on both sides of the coil read the same. If not the same, record differences and
compensate in the next part of the test.
Close the valve by software command. After 10 minutes, observe water ∆T across coil or valve. If ∆T is not
greater than 2°F, leakage is probably occurring. If leaking, reset valve stroke to close tighter. Repeat test until in
compliance.
Option 2
Test Just Across Valve—for valves more than 4 feet from the coil. Command the valve closed and measure the
temperature difference with one sensor in the moving water stream on one side of the valve and one in the dead
water at least 3 ft. from both the valve or the coil if the fan is on, if the fan is not on it can be closer to the coil than
3 ft. After 10 minutes, observe water ∆T across valve. If it is not greater than 2°F, leakage is probably occurring.
B. Method 2--Air Temperature With 2 or 3-Way Valve. Calibrate air temperature sensors on each side of coil to
be within 0.2°F of each other. Change mixed or discharge air setpoint, override values or bleed or squeeze
bulb pneumatic controller to cause the valve to close. Air handler fans should be on. After 5 minutes, observe
air ∆T across coil. If it is greater than 1°F, leakage is probably occurring. Reset valve stroke to close tighter.
Repeat test until compliance. Water leak-by less than 10% will likely not be detected with this method.
END OF INSTRUCTIONS
(See documentation forms on following pages)
Installation Checks
Project:
System:
Example
Example
Terminal Interface and Sub-Panel Checks
Check if acceptable, provide comment if unacceptable
NA
Comment
General appearance good, no apparent damage
Equipment labels affixed
Layout and location of control panels match
drawings
Areas or equipment panels served clear in control
drawings
Wiring labeled inside panels (to controlled
components)
Controlled components labeled/tagged
BAS connection made to labeled terminal(s) as
shown on drawings
Shielded wiring used on electronic sensors
110 volt AC power available to panel
Compressed air available to panel (if applicable)
Battery backup in place and operable
Surge suppression in place and operable
Panels properly grounded
Environmental conditions according to
manufacturer’s requirements
System date and time correct
Old control devices have been removed
Pneumatics are removed where applicable
Mechanical Room is clean
All material has been removed from mechanical
room
Comments:
Signature
Date
Example
Additional Comments:
Unit Tag
Signature
Sensor or Actuator Tag &
Location
Location
Acceptable
Y/N
Point Address
Type
Sensors installed in the unit at the factory with calibration certification provided need not be field calibrated.
All test instruments shall have had a certified calibration within the last 12 months: Yes/No___________.
All field-installed sensors and gages, and all actuators (dampers and valves) shall be calibrated.
Sensor and Actuator Calibration
System:
BAS Value
Date
Instrument
Measured Value
BAS Offset
Final BAS Value
Pass Y/N
Comments
BAS Point to Point Verification
Sensor Calibration
Name & Location
System:
Signature
Device
Tag
Date
Valve
Direction
Spring
Dmpr Blade
BAS
Observed Positive
Type
of Flow Insulated
Return
Arrangement
Value
Shutoff
Position
(2-way, 3Position (If Correct (Yes / No)
or Valve Cv
(% Open) (% Open) (Yes / No)
Applicable)
way, etc.)
(Yes / No)
Example
Spring
Range
Pass
(Yes / No)
Comments
and that "normal" position is correct. Set pumps or fans to normal operating mode. Command valve or damper closed, visually verify that the valve or damper is
closed and adjust output zero signal as required. Dampers shall be adjusted to provide a tight positive closure. Command vavle or damper open, verify position is
full open and adjust output signal as required. Command valve or damper to 50%. If actual valve or damper position doesn't reasonably correspond, replace
actuator or add pilot positioner (for pneumatics). Remove the control signal to the valve or actuator from the BAS. Observe that the failure mode (current position,
open, closed) is as per specifications.
Test Procedure: For all valve and damper actuator positions checked, verify BAS address and the position against the BAS readout and verify that the valve or damper strokes fully
Valve & Damper Functionality Test
Example
Signature
Enable
Enable
Status
Relay
Flow
Manufacturer, Relay wired
point wired
(Normally
Device Tag
Switch
Model #, Type in proper
in proper
Open or
Functional
location
location
Closed)
System:
Chiller
Setpoint
(Remote /
Local)
Reset
Functional
(Yes/No)
Date
Pass
(Yes/No)
Comments
Chiller Functionality Test
Device
Tag
System:
Signature
Enable
Manufacturer, Relay wired
Model #, Type in proper
location
Example
(Normally
Open or
Closed)
Enable
Relay
Status
High Limit
Operating
point wired
Thermostat Thermostat
in proper
Setting
Setting
location
Low Fire
Hold
Setting
Date
Pass
(Yes / No)
Comments
Boiler Functionality Test
Example
/ No)
Signature
(Yes / No)
Rotation is No visible
Device Tag Correct (Yes
leaks
System:
(Yes / No)
Motors or
VFD's Only
Motors or
VFD's Only
(% Speed)
Voltage
Amperage
Insulated (L1/L2/L3) New (L1/L2/L3) New BAS Value
(% Feedback)
Observed
Position
Date
Pass
(Yes / No)
Comments
Pump Functionality Test
Example
Signature
(Yes / No)
(Yes / No)
VFD's Only
VFD's Only
(% Feedback)
Observed
Position
Date
Condition
Belt
Amperage
Fan blades Voltage
Rotation is
BAS Value
of Belts is
Tension
(L1/L2/L3)
(L1/L2/L3)
Device Tag Correct (Yes
free of dirt New Motors or New Motors or (% Speed)
acceptable
acceptable
/ No)
(Yes / No)
System:
Pass
(Yes / No)
Comments
Fan Functionality Test
VFD Functionality Test
System:
Example
Prefunctional checklist items are to be completed as part of startup & initial checkout, preparatory to functional testing.
This checklist does not take the place of the manufacturer’s recommended checkout and startup procedures or report.
Items that do not apply shall be noted with the reasons on this form (N/A = not applicable, BO = by others).
General Installation
Permanent label affixed
Drive is securely mounted
Drive location and installation not subject to excess temperatures
Drive location not subject to excessive moisture or dirt
Drive size matches motor size
Drive is properly grounded
Drive shuts off with keypad
Drive can be manually controlled from keypad
Controls
Static or differential pressure sensor or other controlling sensor
properly located and per drawings
Safeties (High Pressure cutout) Verified
Controlling sensor calibrated
Motor Electrical Data (Input to VFD)
Nameplate Voltage
Nameplate FLA
Nameplate RPM
Measured Voltage
L1-L2
L1-L3
L2-L3
Percent Phase Imbalance = (Maximum-Minimum)/Average
Final
VFD restarts after power failure
Fan or pump rotation has been verified
All safeties installed and functional
Factory startup report completed with this checklist attached
Value / Verified
Notes
Example
Safety
Type
Function
Final Setting
All safeties will be verified for functionality. All device settings will be set by the contractor and final settings documented.
System:
Comments
Hard-wired Safety Verification and Setup
Outstanding Items Summary
System:
Device Tag
Example
Item
Description of Work to be Completed
Date Required
Example
BAS Graphics Checklist
Site
Building
All Inputs & Outputs are
displayed
Reviewed By:
Checklist Completed By:
Graphic Page
All critical setpoints
are displayed &
adjustable
Navigation to &
from page is
acceptable
Page
Complete
Date
Date
Associated time Airflow & piping diagrams
schedules are are representative of actual
clear
units
Date
Initials
Each graphics page on the system will be verified for proper content, system representation, and functionality. Date and intial each row indicating that each graphics page meets all the basic requirements.
Project:
Sul Ross State University
Request for Qualifications for
Energy Service Company Performance Contractor
RFQ No: 758-11-07006
I. MANUFACTURER’S DATA
OVERVIEW
This section contains manufacturer’s data for the following scope items:
ƒ
Lighting Upgrades…………………………………………….2
ƒ
Water Conservation…………………………………………..74
ƒ
Mechanical Modifications…………………………………….107
ƒ
Building Automation System Upgrades…………………….149
The manufacturer’s data for material listed here is for the project as developed and may
include materials not required for for the final construction contract based on options
selected by the University.
SUL ROSS
EL CFL TWIST LAMPS
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• Micro-Mini LED Night Light
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• Micro-Mini configurations are
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SYLVANIA offers DULUX EL self-ballasted medium, candelabra and GU24
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• Colored twists available in
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• 82 CRI
• Available in a variety of color
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Lamp Type
Wattage
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Super Mini Twist
7W, 11W, 13W, 19W, 23W
Mini Twist
4W, 7W, 11W, 13W, 19W, 23W
Micro LED Night Light
23W
Twist
27W, 30W, 40W, 65W
Twist GU24
13W, 23W
3-Way Twist
12/19/28W, 12/22/33W, 20/30/40W
Colored Mini Twist13W (red, yellow, green, blue, orange and
blacklight blue)
Dimmable Twist
14W, 24W
Application Information
Applications
Application Notes
• Ceiling fixtures
• Chandeliers
• Decorative & vanity fixtures
• Difficult to service areas
• Recessed downlights
• Sconces
• Security lighting
• Table lamps
1. Do not install DULUX EL lamps on dimming circuits, unless the lamp is labelled as “Dimmable”
2. Outdoor application — use only in enclosed fixtures to avoid exposure to weather
3. Do not use in emergency exit fixtures or lights
4. Do not use on electronic timers, photocells, lighted switches or any other switches that do not meet
UL20 Sec. 7.6.15
5. Meets CSA, FCC and UL requirements
6. Use only 120V AC, 60Hz circuit
7. Install and remove lamp from fixture by handling plastic base, not lamp glass
8. Best performance achieved when operated at 77°F/25°C
CF048R6 1/10
Specification Data
Catalog #
Project
Type
SUL ROSS
Comments
J. CAIN
Prepared by
Date
Ordering Information
Item
Ordering Bulb
Number
Abbreviation
Pkg.
Type
Base
Micro-Mini Twist* 29160
CF5EL/MICRO/827/RP2
2/box. 12/cs
Micro-Mini
Medium
29133
CF5EL/MICRO/827/C
1/box, 6/cs
MIcro Mini
Candelabra
29401
CF10EL/MICRO/827/RP2
2/box, 12/cs
Micro-Mini
Medium
29727
CF13EL/MICRO/830/RP2
2/box, 12/cs
Micro-Mini
Medium
29898
CF13EL/MICRO/830/ECO
1/box, 6/cs
Micro-Mini
Medium
29734
CF13EL/MICRO/C/827/RP2
2/box, 12/cs
Micro-Mini
Candelabra
29728
CF20EL/MICRO/827/RP2
2/box, 12/cs
Micro-Mini
Medium
29899
CF20EL/MICRO/830/ECO
1/box, 6/cs
Micro-Mini
Medium
29895
CF23EL/MICROLED/827/RP***
1/box, 6cs
Micro-Mini
Medium
29901
CF23EL/MICRO/827/ECO
1/box, 6/cs
Micro-Mini
Medium
29941
CF23EL/MICROLED/827/HVP/RP 6/cs 1/SKU
Micro-Mini
Medium
29729
CF23EL/MICRO/827/RP2
2/box, 12/cs
Micro-Mini
Medium
29026
CF26EL/MICRO/827/RP2
2/box,12/cs
Micro-Mini
Medium
Super Mini Twist 29707
CF7EL/SUPER/827/RP
1/box, 6/cs
Super Mini Twist
Medium
29708
CF11EL/SUPER/830/RP
1/box, 6/cs
Super Mini Twist
Medium
29710
CF13EL/SUPER/827/RP
1/box, 6/cs
Super Mini Twist
Medium
29588
CF13EL/SUPER/850/BL
1/blister, 10/cs Super Mini Twist
Medium
29717
CF13EL/SUPER/865/BL
1/blister, 6/cs
Super Mini Twist
Medium
29693
CF19EL/SUPER/830/RP
1/box, 12/cs
Super Mini Twist
Medium
29683
CF19EL/SUPER/850/RP
1/box, 6/cs
Super Mini Twist
Medium
29720
CF19EL/SUPER/865/BL
1/blister, 6/cs
Super Mini Twist
Medium
29712
CF23EL/SUPER/830/RP
1/box, 12/cs
Super Mini Twist
Medium
29714
CF23EL/SUPER/835/BL
1/blister, 6/cs
Super Mini Twist
Medium
29699
CF23EL/SUPER/850/RP
1/box, 6/cs
Super Mini Twist
Medium
29674
CF23EL/SUPER/865/RP
1/box, 6/cs
Super Mini Twist
Medium
Mini Twist
29733
CF4EL/MINI/830/RP
1/box, 12/cs
Mini Twist
Medium
29379
CF7EL/MINI/830
1/box, 6/cs
Mini Twist
Medium
29451
CF7EL/MINI/827
1/box, 6/cs
Mini Twist
Medium
29378
CF11EL/MINI/830
1/box, 6/cs
Mini Twist
Medium
29409
CF13EL/MINI/827
1/box, 6/cs
Mini Twist
Medium
29376
CF13EL/MINI/830
1/box, 6/cs
Mini Twist
Medium
29781
CF13EL/MINI/835/DAY/RP
1/box, 6/cs
Mini Twist
Medium
29567
CF13EL/MINI/841
1/box, 6/cs
Mini Twist
Medium
29700
CF13EL/MINI/O
1/box,6/cs
Mini Twist
Medium
29701
CF13EL/MINI/R
1/box, 6/cs
Mini Twist
Medium
29702
CF13EL/MINI/B
1/box, 6/cs
Mini Twist
Medium
29703
CF13EL/MINI/G
1/box, 6/cs
Mini Twist
Medium
29704
CF13EL/MINI/Y
1/box, 6/cs
Mini Twist
Medium
29705
CF13EL/MINI/BLB
1/box, 6/cs
Mini Twist
Medium
29608
CF13EL/MINI/C/830
1/box, 6/cs
Mini Twist
Candelabra
29410
CF19EL/MINI/827
1/box, 6/cs
Mini Twist
Medium
29396
CF19EL/MINI/830
1/box, 6/cs
Mini Twist
Medium
29411
CF23EL/MINI/827
1/box, 6/cs
Mini Twist
Medium
29397
CF23EL/MINI/830
1/box, 6/cs
Mini Twist
Medium
29784
CF23EL/MINI/835/DAY/RP
1/box, 6/cs
Mini Twist
Medium
29564
CF23EL/MINI/841
1/box, 6/cs
Mini Twist
Medium
29793
CF30EL/MINI/835/DAY/RP
1/box,6/cs
Mini Twist
Medium
Nominal
Wattage
5
5
10
13
13
13
20
20
23
23
23
23
26
7
11
13
13
13
19
19
19
23
23
23
23
4
7
7
11
13
13
60
13
13
13
13
13
13
13
13
19
19
23
23
23
23
30
Incan-
descent
Initial
Wattage Lumens
25
200
25
200
40
600
60
825
60
800
60
800
75
1,280
75
1,280
100
1,600
100
1,600
100
1,600
100
1,600
100
1,750
25
375
40
600
60
880
60
880
60
880
75
1,200
75
1,200
75
1,200
100
1,600
100
1,600
100
1,600
100
1,600
25
250
25
375
25
375
40
600
60
800
60
800
13
800
60
800
60
–
60
–
60
–
60
–
60
–
60
–
60
800
75
1,200
75
1,200
100
1,600
100
1,600
100
1,600
100
1,600
100
2,000
Color/
Color Temp.
CRI
2700K
82
2700K
82
2700K
82
3000K
82
3000K
82
2700K
82
2700K
82
3000K
82
2700K
82
2700K
82
2700K
82
2700K
82
2700K
82
2700K
82
3000K
82
2700K
82
5000K
82
6500K
82
3000K
82
5000K
82
6500K
82
3000K
82
3500K
82
5000K
82
6500K
82
3000K
82
3000K
82
2700K
82
3000K
82
2700K
82
3000K
82
3500K
82
4100K
82
Orange
–
Red
–
Blue
–
Green
–
Yellow
–
Blacklight Blue
–
3000K
82
2700K
82
3000K
82
2700K
82
3000K
82
3500K
82
4100K
82
3500K
82
Avg. Rated
Life (hrs.)
12,000
12,000
12,000
12,000
12,000
12,000
12,000
12,000
12,000
12,000
12,000
12,000
12,000
10,000
10,000
10,000
10,000
10,000
10,000
10,000
10,000
10,000
10,000
10,000
10,000
8,000
8,000
8,000
8,000
10,000
8,000
8,000
10,000
8,000
8,000
8,000
8,000
8,000
8,000
8,000
10,000
8,000
10,000
8,000
8,000
10,000
8,000
Ordering Information (continued)
Item
Ordering Bulb
Number
Abbreviation
Pkg.
Type
Base
Nominal
Wattage
29969
CF14EL/TWIST/827/DIM/RP
1/box,6/cs
Twist
Medium
29968
CF24EL/TWIST/827/DIM/RP
1/box,6/cs
Twist
Medium
29412
CF27EL/TWIST/827
1/box, 6/cs
Twist
Medium
29415
CF30EL/TWIST/827
1/box, 6/cs
Twist
Medium
29792
CF30EL/TWIST/827/RP
1/box, 6/cs
Twist
Medium
29395
CF30EL/TWIST/830
1/box, 6/cs
Twist
Medium
29147
CF40EL/TWIST/827**
1/box, 6/cs
Twist
Medium
29786
CF40EL/TWIST/830/RP**
1/box, 6/cs
Twist
Medium
29508
CF65EL/TWIST/841
1/box, 6/cs
Twist
Medium
29957
CF13EL/TWIST/GU24/827/RP
1/box, 6/cs
Twist
GU24
29172
CF23EL/TWIST/GU24/827/RP
1/box, 6/cs
Twist
GU24
29162
CF13EL/TWIST/GU24/830/BL
1/box, 10/cs
Twist
GU24
29163
CF23EL/TWIST/GU24/830/BL
1/box, 10/cs
Twist
GU24
3-Way Twist
29523
CF28EL/3WAY/TWIST/827
1/box, 6/cs
Twist
Medium
Twist
Medium
Twist
Medium
29351
CF28EL/3WAY/TWIST/830
1/box, 6/cs
Twist
Medium
Twist
Medium
Twist
Medium
29785
CF28EL/3WAY/TWIST/830/RP
1/box,6/cs
Twist
Medium
Twist
Medium
Twist
Medium
29913
CF33EL/3WAY/830/RP
1/box, 6/cs
Twist
Medium
Twist
Medium
Twist
Medium
29134
CF40EL/3WAY/TWIST/827
1/box, 6/cs
Twist
Medium
14
24
27
30
30
30
40
40
65
13
23
13
23
12
19
28
12
19
28
12
19
28
12
22
33
60/
120/
150
Twist
Operating temperature range of all DULUX EL lamps is 0° to 100°F.
* T2 tube diameter
**Designed for base down orientation only
Incan-
descent
Initial
Wattage Lumens
60
75
100
100
100
100
150
150
200
60
100
60
100
30
70
100
30
70
100
30
70
100
50
100
150
20/
30/
40
800
1,500
1,750
2,000
2,000
2,000
2,600
2,600
4,200
800
1,600
800
1,600
600
1,100
1,800
600
1,100
1,800
600
1,100
1,800
600
1,600
2,000
1,000/
2,050/
2,650
Color/
Color Temp.
CRI
2700K
2700K
2700K
2700K
2700K
3000K
2700K
3000K
4100K
2700K
2700K
3000K
3000K
2700K
2700K
2700K
3000K
3000K
3000K
3000K
3000K
3000K
3000K
3000K
3000K
2700K
***2W during LED night light operation
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
Avg. Rated
Life (hrs.)
8,000
8,000
10,000
10,000
8,000
10,000
8,000
6000
8,000
8,000
8,000
8,000
8,000
8,000
8,000
8,000
8,000
8,000
8,000
8,000
8,000
8,000
8,000
8,000
8,000
10,000
Lamp Comparison
DULUX® EL
CF5EL/MICRO
CF10EL/MICRO
CF13EL/MICRO
CF20EL/MICRO
CF23EL/MICRO
CF26EL/MICRO
CF13EL/SUPER
CF19EL/SUPER
CF23EL/SUPER
CF4EL/MINI
CF7EL/MINI
CF11EL/MINI
CF13EL/MINI
CF13EL/MINI
CF19EL/MINI
CF19EL/MINI
CF23EL/MINI
CF23EL/MINI
CF14EL/TWIST/DIM
CF24EL/TWIST/DIM
CF27EL/TWIST
CF30EL/TWIST
CF40EL/TWIST
CF65EL/TWIST
CF13EL/GU24/TWIST
CF23EL/GU24/TWIST
CF28EL/3WAY/TWIST (12W)
CF28EL/3WAY/TWIST (19W)
CF28EL/3WAY/TWIST (28W)
CF33EL/3WAY (12W)
CF33EL/3WAY (22W)
CF33EL/3WAY (33W)
CF40EL/3WAY (20W)
CF40EL/3WAY (30W)
CF40EL/3WAY (40W)
1
Compact Fluorescent
Lumens
Life
300
12,000
600
12,000
825
12,000
1280
12,000
1,600
12,000
1750
12,000
880
10,000
1,200
10,000
1,600
10,000
250
8,000
375
8,000
600
8,000
800
8,000
800
10,000
1,200
8,000
1,200
10,000
1,600
8,000
1,600
10,000
800
8,000
1500
8,000
1750
10,000
2000
8,000
2600
8,000
4200
8,000
800
8,000
1,600
8,000
600
8,000
1100
8,000
1800
8,000
600
8,000
1,600
8,000
2000
8,000
1000
10,000
2050
10,000
2650
10,000
Energy savings over life of DULUX EL lamp at $0.10/kWh
Similar
Incandescent
25A/W
40A/W
60A/W
75A/W
100A/W
100A/W
60A/W
75A/W
100A/W
25A/W
25A/W
40A/W
60A/W
60A/W
75A/W
75A/W
100A/W
100A/W
60A/W
75A/W
100A/W
100A/W
150A/W
250A/W
60A/W
100A/W
30A/W
70A/W
30A/W
100A/W
100A/W
150A/W
60A/W
120A/W
150A/W
Incandescent
Lumens
Life
270
1000
465
1500
850
1000
1,170
750
1,690
750
1,750
750
850
1000
1,170
750
1,690
750
270
1000
160
2500
465
1500
850
1000
850
1000
1,170
750
1,170
750
1,690
750
1,690
750
850
1000
1,170
750
1,690
750
1,690
750
2640
750
3800
1000
850
600
1,690
750
270
750
860
750
1,130
750
800
750
1,690
750
2,640
750
850
600
2,000
750
2,640
750
Watts
Saved
20
30
47
56
77
74
47
56
77
21
18
29
47
47
56
56
77
77
46
51
56
70
110
185
47
77
18
51
72
38
78
117
40
90
110
Energy1
Savings
$24
$36
$56
$67
$92
$88
$47
$44
$77
$16
$14
$23
$37
$47
$44
$56
$61
$77
$36
$40
$44
$42
$88
$148
$37
$61
$14
$40
$57
$30
$62
$93
$40
$90
$110
CFL Life vs.
Incandescent
12 x
8x
12 x
13 x
13 x
13 x
10 x
11 x
13 x
8x
3x
5x
8x
10 x
11 x
13 x
11 x
13 x
8x
11 x
11 x
8x
11 x
8x
8x
11 x
10 x
10 x
10 x
5x
5x
5x
16 x
16 x
16 x
Lamp Dimensions
CF5EL/MICRO
CF10EL/MICRO
CF13EL/MICRO/C
CF13EL/MICRO
CF20EL/MICRO
CF23EL/MICRO & CF23EL MICROLED
CF26EL/MICRO
CF7EL/SUPER
CF11EL/SUPER
CF13EL/SUPER
CF19EL/SUPER
CF23EL/SUPER
CF4EL/MINI
CF7EL/MINI
CF11EL/MINI
CF13EL/MINI
CF19EL/MINI
CF23EL/MINI
CF14EL/TWIST/DIM
CF24EL/TWIST/DIM
CF27EL/TWIST
CF30EL/TWIST
CF40EL/TWIST
CF65EL/TWIST
CF13EL/GU24/TWIST
CF23EL/GU24/TWIST
CF28/3WAY/TWIST
CF33EL/3WAY/TWIST
CF40EL/3WAY/TWIST
(A)
MOL (in.)
3.3
3.61
3.61
3.70
4.29
4.45
4.5
4
4.2
4.06
4.70
5.06
3.10
4.40
4.50
4.60
4.80
5.75
4.63
4.75
6.10
5.13
5.25
7.85
3.95
4.36
5.75
5.28
5.5
(B)
Diameter (in.)
1.64
1.53
1.53
1.53
2.02
2.02
2.1
2.0
1.8
1.40
2.40
2.40
1.58
1.82
1.82
1.82
2.25
2.25
1.75
2.37
2.28
2.50
2.69
4.12
1.81
2.34
2.60
2.55
2.8
(C)
Base Width (in.)
1.5
1.60
1.50
1.66
2.14
2.14
2.0
1.4
1.6
1.90
1.80
1.80
1.26
1.60
1.60
1.60
2.05
2.05
1.73
1.73
2.17
2.17
2.06
2.76
1.51
1.80
2.17
2.50
2.5
B
B
A
C
C
B
B
A
C
A
C
A
Technical Information
Sample Specification
0.08
0.06
0.04
0.02
80
PERCENT RATED LUMENS
Normalized Spectral Power
0.10
0.12
0.10
70
0.08
60
0.06
50
0.04
40
0.02
30
0.00 0.00
20
350
350
400
400
450
10
450
500
500
550
550
600
600
650
650
700
700
750
750
WAVELENGTH
WAVELENGTH
(nm) (nm)
20
40
60
80
100
85
80
75
70
65
60
0.14
0.12
0.12
0.10
0.10
0.08
0.08
0.06
0.06
0.04
0.04
0.02
0.02
0.00
0.00
350
350
55
Lamp shall be 23W Micro LED Night Light with a maximum overall length of 4.45" and a CCT of 2700K and a
CRI of 82. Lamps shall be T2 tube diameter, TCLP compliant and have an average rated life of 12,000 hours.
450
450
550
120
140
160
180
200
550
650
650
750
750
850
850
WAVELENGTH
WAVELENGTH
(nm) (nm)
50
0
0
90
0.14
0
1000
2000
3000 4000
5000
6000
7000
8000
9000 10,000 12,000
BURNING HOURS
PERCENT RATED LIFE
0.14
0.12
0.12
0.12
0.12
0.10
0.10
0.10
0.10
0.08
0.08
0.08
0.08
0.06
0.06
0.06
0.06
0.04
0.04
0.04
0.04
0.02
0.02
0.02
0.02
0.00
0.00
0.00
0.00
350
400
400
450
450
500
500
550
550
600
600
650
650
700
700
750
750
Normalized Spectral Power
(W/nm per 1,000 lm)
0.16
0.14
Normalized Spectral Power
(W/nm per 1,000 lm)
0.16
0.14
Normalized Spectral Power
(W/nm per 1,000 lm)
0.16
0.14
350
350
Lamp shall be a Colored 13W DULUX EL Mini Twist and
have colors red, yellow, green, orange, blue or blacklight
blue. The lamps shall have an average rated life of 8,000
hours.
Lamp shall be a DULUX® EL 27, 30, 40 or 65 Watt Twist
electronic compact fluorescent lamp. Lamps shall have
a 2.05" (30 Watt Twist) or 2.1" (27, 30, 40 or 65 Watt
Twist) base diameter. Lamp shall have a correlated color
temperature of (2700K, 3000K, 3500K or 4100K) and a
CRI of 82. Average rated lamp life shall be (6000, 8,000
or 10,000) hours.
350
400
400
450
450
500
WAVELENGTH
WAVELENGTH
(nm) (nm)
DULUX EL 3500K
0.14
0.14
0.12
0.12
0.10
0.08
0.06
0.04
0.02
600
650
650
700
700
750
750
800
800
850
450
500
550
600
650
700
750
0.08
0.06
0.04
350
400
450
500
WAVELENGTH (nm)
550
600
650
700
750
WAVELENGTH (nm)
DULUX EL 5000K
0.14
0.14
0.12
0.12
0.10
0.10
Normalized Spectral Power
(W/nm per 1,000 lm)
0.16
0.06
0.04
0.02
OEM/Special Markets
Phone:
1-800-762-7191
Fax:
1-800-762-7192
0.06
0.04
0.02
0.00
400
450
500
550
600
650
700
350
750
400
450
500
WAVELENGTH (nm)
550
600
650
700
750
800
WAVELENGTH (nm)
13
EL
/
MICRO
/
C
/
Compact
Wattage: Electronic
Bulb Type C = Candelabra
Fluorescent 13 watts Ballast
Micro-Mini, Super Mini, Base
Mini Twist, Twist, GU24 = GU24
Micro LED Base
Sylvania is a registered trademark of OSRAM SYLVANIA Inc.
SEE THE WORLD IN A NEW LIGHT is a registered trademark of OSRAM SYLVANIA Inc.
DULUX is a registered trademark of OSRAM GmbH, used under license.
830
Display/Optic
Phone:
1-888-677-2627
Fax:
1-800-762-7192
Canada
OSRAM SYLVANIA LTD.
2001 Drew Road
Mississauga, ON L5S 1S4
Ordering Guide
CF
1-800-255-5042
1-800-255-5043
National Accounts
1-800-562-4671
Phone:
1-800-562-4674
Fax:
0.08
0.00
United States
OSRAM SYLVANIA
100 Endicott Street
Danvers, MA 01923
Trade
Phone:
Fax:
DULUX EL 6500K
0.16
0.08
Lamp shall be a DULUX® EL 13 or 23 Watt Twist electronic compact fluorescent lamp with GU24 base.
Lamps shall have a 3.95" (13 Watt) or 4.36" (23W)
maximum overall length. Lamp shall have a correlated
color temperature of 3000K and a CRI of 82. Average
rated lamp life shall be 8,000 hours.
* Not a specification or standard. Actual results may vary.
0.00
400
850
0.10
0.02
0.00
350
550
600
DULUX EL 4100K
0.16
Normalized Spectral Power
(W/nm per 1,000 lm)
Normalized Spectral Power
(W/nm per 1,000 lm)
500
550
WAVELENGTH
WAVELENGTH
(nm) (nm)
0.16
350
Lamp shall be a DULUX EL Dimmable Twist (14 or 24
Watt). Lamp shall have a correlated color temperature of
2700K and a CRI of 82. Average rated 8,000 hours.
DULUX EL 3000K
0.16
Normalized Spectral Power
(W/nm per 1,000 lm)
Normalized Spectral Power
(W/nm per 1,000 lm)
DULUX EL 2700K
Lamp shall be a DULUX EL Mini Twist or Super Mini
Twist (7, 11, 13, 19 or 23 Watt). Lamp shall have a correlated color temperature of (2700K, 3000K, 3500K,
4100K, 5000K or 6500K) and a CRI of 82. Average rated
lamp life shall be (6000, 8,000 or 10,000) hours.
/
8 = 82 CRI 27 = 2700K
30 = 3000K
41 = 4100K
50 = 5000K
RP2
RP = Retail
Pack
HVP = High
Visibility Pack
2 = 2 per pack
Trade
Phone:
Fax:
1-800-263-2852
1-800-667-6772
OEM/Special Markets/Display/Optic
Phone:
1-800-265-2852
Fax:
1-800-667-6772
www.sylvania.com
© 2010 OSRAM SYLVANIA 1/10 Photography 95
0.16
Normalized Spectral Power
(W/nm per 1,000 lm)
90
0.12
PERCENT
(W/nmSURVIVING
per 1,000 lm)
Normalized Spectral Power
(W/nm per 1,000 lm)
0.16
Lamps shall be a DULUX EL Micro-Mini Twist (10, 13, 20,
23 or 26W). Lamp shall have a correlated color temperature of 2700K or 3000K and a CRI of 82. Average rated
lamp life shall be 12,000 hours. Lamp MOL shall not exceed 3.54" (10W), 3.70" (13W), 4.29" (20W), 4.45" (23W)
and 4.5" (26W). The lamps shall be TCLP-compliant.
Lumen Maintenance Curve*
100
Normalized Spectral Power
(W/nm per 1,000 lm)
Typical Fluorescent Lamp Mortality*
100
SUL ROSS
15W & 25W T8 LAMPS
www.sylvania.com
OCTRON® 800 XP® SUPERSAVER® ECOLOGIC®3
EXtended Performance Fluorescent Lamps
Key Features & Benefits
• Energy savings compared to
standard 32W T8 lamp
– 22% with the 25W XP®/SS
– 12% with the 28W XP®/SS
– 6% with the 30W XP®/SS
• Retrofit lamp for existing T8
instant start systems
– 40,000 hours rated life
@ 12 hours per start
• 94% lumen maintenance
• Lead free
• Made in the USA
• Dimmable (see application note 5)
• TCLP and RoHS compliant
• Increased life on SYLVANIA
QUICKTRONIC® PROStart®
PSX and PSN programmed
rapid start ballasts
– 42,000 hours rated life
@ 12 hours per start
• Available in 2, 3, 4 and 8-foot
and eXtended Life (XL) types
SYLVANIA OCTRON ECOLOGIC3 T8 fluorescent lamps pass the Federal Toxic Characteristic Leaching
Procedure (TCLP)1 criteria for classification as non-hazardous waste in most states2.
E COLOGIC3 represents a more comprehensive approach to sustainability
encompassing high efficiency, long life and RoHS/TCLP compliance.
The OCTRON 800XP SUPERSAVER T8 fluorescent offering includes a full
complement of lengths and wattages, ensuring there is an energy-saving
lamp to satisfy nearly all applications. These lamps operate on standard T8
instant start systems and provide up to 22 percent energy savings over 32
Watt lamps. At 10¢/kWh and 4000 hours of operation per year, the 22 percent energy savings translate to a savings of $11.20 per fixture per year
for a 4-lamp fixture. The initial lumen output, lumen maintenance and high
color rendering of the OCTRON 800 XP SUPERSAVER/ECO3 lamps help
ensure that lighting quality is maintained while energy is saved. These
lamps pass the Federal TCLP test, classifying them as non-hazardous
waste in most states and feature lead-free glass, bases and manufacturing
process, reducing overall environmental impact.
For optimal performance and system warranty, pair with QUICKTRONIC®
electronic ballast systems.
1. TCLP test results are based on NEMA LL Series standards and are available on request.
2. Lamp disposal regulations may vary; check your local & state regulations.
Product Offering
Lamp Type
FO17/15W/800XP/SS/ECO3
FO25/21W/800XP/SS/ECO3
FO32/25W/800XP/SS/ECO3
FO28/800XP/SS/ECO3
FO30/800XP/SS/ECO3
FO32/25W/800/XP/XL/SS/ECO3
FO28/800/XP/XL/SS/ECO3
FO96/50W/800/XP/SS/ECO3
FO96/54W/800/XP/SS/ECO3
Wattage
15
21
25
28
30
25
28
50
54
CCT
3000K, 3500K, 4100K, 5000K
3000K, 3500K, 4100K, 5000K
3000K, 3500K, 4100K, 5000K
3000K, 3500K, 4100K, 5000K
3000K, 3500K, 4100K, 5000K
3000K, 3500K, 4100K
3500K, 4100K, 5000K
3500K, 4100K, 5000K
3500K, 4100K, 5000K
Application Information
Applications
Application Notes
• Cove
• Direct/indirect
luminaires
• Recessed
troffers
• Schools
• Valance
1. FO25, FO28 and FO30 SUPERSAVER lamps are recommended to be used on F32T8 instant start ballast with minimum open circuit voltage of 550V RMS at the lamp.
a. Electronically ballasted fixture configurations which operate lamps remotely, such as Master/Satellite applications, can cause reduction of lamp open circuit voltage,
in the remote fixture, below the minimum required for reliable lamp starting. For more information, please call 1-800-LIGHTBULB and ask for Ballast Technical Assistance
or call your fixture manufacturer.
b. Not recommended to be used: (1) in remotely ballasted fixtures with lamp open circuit voltages below 550V, (2) with Rapid Start ballasts unless the lamp open circuit voltage
is greater than 570V, (3) in air handling fixtures, (4) on low power factor ballasts or (5) inverter operated emergency lighting systems unless the equipment is specifically listed
for the particular lamps. Any of the above situations could result in lamp starting and stabilization problems, or system compatibility issues.
2. FO96 SUPERSAVER lamps are recommended to be used on F96T8 instant start ballast with minimum open circuit voltage of 725V.
3. If an operating lamp is exposed to drafts or the ambient temperature falls below 60°F (70°F for 25W), striation (a rhythmic pulsing pattern of light running down the tube) and/or
reduction in lamp brightness may occur. While visually disconcerting, neither behavior is damaging to the lamp and removing the cause (draft or temperature) will return the lamp to
normal operation.
4. Fixture must conform to ANSI C78.81–2005 requirements for luminaire design.
5. FO96 types are not dimmable. For all other types, contact OSRAM SYLVANIA for approved dimming ballasts.
FL056R14 1/11
Specification Data
Nominal
Item
Ordering Length Initial
Mean Lumens
Number
Abbreviation
Watts (in) Lumens Lumens1 per Watt
®
®
®
OCTRON 800 XP SUPERSAVER
22405 F017/15W/830/XP/SS/ECO3 15
24
1200
1128
80
22406 F017/15W/835/XP/SS/ECO3
15
24
1200
1128
80
22407 F017/15W/841/XP/SS/ECO3
15
24
1200
1128
80
22408 F017/15W/850/XP/SS/ECO3
15
24
1200
1128
80
22394 F025/21W/830/XP/SS/ECO3 21
36
1925
1810
92
22395 F025/21W/835/XP/SS/ECO3
21
36
1925
1810
92
22396 F025/21W/841/XP/SS/ECO3
21
36
1925
1810
92
22397 F025/21W/850/XP/SS/ECO3
21
36
1925
1810
92
22232 FO32/25W/830/XP/SS/ECO3
25
48
2475
2327
99
22233 FO32/25W/835/XP/SS/ECO3
25
48
2475
2327
99
22234 FO32/25W/841/XP/SS/ECO3
25
48
2475
2327
99
22235 FO32/25W/850/XP/SS/ECO3
25
48
2400
2256
96
22177 FO28/830/XP/SS/ECO3
28
48
2725
2562
97
22178 FO28/835/XP/SS/ECO3
28
48
2725
2562
97
22179 FO28/841/XP/SS/ECO3
28
48
2725
2562
97
22184 FO28/850/XP/SS/ECO3
28
48
2600
2444
93
22063 FO30/830/XP/SS/ECO3
30
48
2850
2679
95
22060 FO30/835/XP/SS/ECO3
30
48
2850
2679
95
22062 FO30/841/XP/SS/ECO3
30
48
2850
2679
95
22202 FO30/850/XP/SS/ECO3
30
48
2800
2632
93
®
®
®
OCTRON 800 XP XL SUPERSAVER
22349 FO32/25W/830/XP/XL/SS/ECO3
25
48
2400
2304
96
22222 FO32/25W/835/XP/XL/SS/ECO3
25
48
2400
2304
96
22223 FO32/25W/841/XP/XL/SS/ECO3
25
48
2400
2304
96
22166 FO28/835/XP/XL/SS/ECO3
28
48
2600
2496
93
22167 FO28/841/XP/XL/SS/ECO3
28
48
2600
2496
93
22326 FO28/850/XP/XL/SS/ECO3
28
48
2600
2496
93
®
®
OCTRON FO96 XP SUPERSAVER
22420 FO96/50W/835/XP/SS/ECO3
50
96
5400
5076
108
22421 FO96/50W/841/XP/SS/ECO3
50
96
5400
5076
108
22422 FO96/50W/850/XP/SS/ECO3
50
96
5400
5076
108
22100 FO96/54W/835/XP/SS/ECO3
54
96
5700
5360
106
22101 FO96/54W/841/XP/SS/ECO3
54
96
5700
5360
106
22347 FO96/54W/850/XP/SS/ECO3
54
96
5700
5360
106
Average Rated Life
Instant Start
Prog. Rapid Start
3 hrs/
12 hrs/
3 hrs/ 12 hrs/
start
start
start
start
CCT
CRI
24,000
24,000
24,000
24,000
24,000
24,000
24,000
24,000
24,000
24,000
24,000
24,000
24,000
24,000
24,000
24,000
24,000
24,000
24,000
24,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
40,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
42,000
3000K
3500K
4100K
5000K
3000K
3500K
4100K
5000K
3000K
3500K
4100K
5000K
3000K
3500K
4100K
5000K
3000K
3500K
4100K
5000K
85
85
85
80
85
85
85
80
85
85
85
80
85
85
85
80
85
85
85
80
36,000
36,000
36,000
36,000
36,000
36,000
50,000
50,000
50,000
50,000
50,000
50,000
52,000
52,000
52,000
52,000
52,000
52,000
55,000
55,000
55,000
55,000
55,000
55,000
3000K
3500K
4100K
3500K
4100K
5000K
85
85
85
85
85
80
24,000
24,000
24,000
24,000
24,000
24,000
36,000
36,000
36,000
36,000
36,000
36,000
3500K
4100K
5000K
3500K
4100K
5000K
85
85
85
85
85
85
1. Measured at 40% of rated life.
Ordering Guide
FO
Fluorescent
OCTRON
30
/ 8
Actual Wattage Actual CRI
15, 21,25, 80 or 85
28, 30, 50 and 54
35
Color Temperature
30 = 3000K CCT, 35 = 3500K CCT
41 = 4100K CCT, 50 = 5000K CCT
XP
/ SS
/ ECO3
EXtended SUPERSAVER ECOLOGIC3
Performance
Lamp Dimensions
(A) Max.
Lamp
Overall
Type
Length (in.)
FO17
23.78
FO25
35.78
FO32
47.78
FO32/25W
FO28
FO30
FO96
94.00
(B) Base Face
to Opposite
Pin (in.)
Min. 23.41
Max. 23.50
Min. 35.40
Max. 35.50
Min. 47.41
Max. 47.50
(C) Max. Base
Face to Base
Face (in.)
23.22
(D) Max.
Outside
Diameter (in.)
1.1
35.22
1.1
47.22
1.1
Min. 93.42
Max. 93.65
93.30
1.1
D
Ballast Technology Applications & Specification Guide (Literature code: ECS-Electronic2009)
QUICKTRONIC® High Efficiency NEMA Premium Guide (Literature code: ECS112)
QUICK 60+® System Warranty (Literature code: ECS140)
FL056R14
SYLVANIA, ECOLOGIC, OCTRON, QUICK 60+, SUPERSAVER and XP are registered trademarks of OSRAM SYLVANIA Inc.
SEE THE WORLD IN A NEW LIGHT is a registered trademark of OSRAM SYLVANIA Inc.
QUICKTRONIC is a registered trademark of OSRAM GmbH.
Project/Job
SYLVANIA lamp
SYLVANIA ballast
Notes
Sample Specification
Lamp shall be OCTRON® 800 XP® SUPERSAVER®
ECOLOGIC®3 (15W, 21W, 25W, 28W, 30W, 50W, 54W)
lamp having medium bi-pin bases or 50W and 54W
lamp having single pin bases. Lamp shall be
designed to pass the Federal TCLP test in force at the
time of manufacture. Lamps shall have initial lumens
of (1200, 1925, 2400, 2475, 2600, 2725, 2850, 5400,
5700), mean lumens of (1128, 1810, 2304, 2327,
2496, 2562, 2679, 5076, 5360) and a correlated
color temperature of (3000, 3500, 4100) Kelvin or initial lumens of (2400, 2600, 2800, 5700) and mean
lumens of (2256, 2444, 2632, 5360) and a correlated
color temperature of 5000K. Lamp shall have an
average rated life of (24,000, 40,000, 42,000) on
(instant start, programmed rapid start) ballasts, 94%
lumen maintenance at 40% of rated life and a CRI of
(85, 80). The OCTRON XP SUPERSAVER ECOLOGIC3
lamp shall be operated on QUICKTRONIC® electronic,
high frequency ballasts with complete system
warranty from the manufacturer covering lamps
and ballast.
United States
OSRAM SYLVANIA
100 Endicott Street
Danvers, MA 01923
1-800-255-5042
1-800-255-5043
National Accounts
Phone:
1-800-562-4671
Fax:
1-800-562-4674
OEM/Special Markets
Phone:
1-800-762-7191
Fax:
1-800-762-7192
A
B
C
For maximum energy savings consider pairing with the following electronic ballasts:
Type
Trade
Phone:
Fax:
A
B
C
Related Literature
Fixture Description
D
Display/Optic
Phone:
1-888-677-2627
Fax:
1-800-762-7192
Canada
OSRAM SYLVANIA LTD.
2001 Drew Road
Mississauga, ON L5S 1S4
Trade
Phone:
Fax:
1-800-263-2852
1-800-667-6772
OEM/Special Markets/Display/Optic
Phone:
1-800-265-2852
Fax:
1-800-667-6772
www.sylvania.com
© 2011 OSRAM SYLVANIA 1/11 Photography Ordering Information
SUL ROSS
SYLVANIA 200W & 320W PULSE START LAMPS
www.sylvania.com
METALARC® PULSE START
High Lumen Maintenance, Reduced Color Shift, Premium Metal Halide Lamps
Key Features & Benefits
METALARC PULSE START Lamps
• Excellent lumen maintenance
• Quicker hot restrike*
• Long average rated life
175 Watt PULSE START
• 50% longer life than standard
175 watt
• 21% higher initial lumens and
>50% higher mean lumens than
standard product
• Available in universal operating
position
200 Watt PULSE START
• 20% energy savings over
250 watt lamp
• Available with Compact ET23.5 version for higher luminaire efficiency
SYLVANIA METALARC® PULSE START 175, 200, 250, 320, 320/350, 350/400,
400, 750 and 1000 watt lamps provide less color shift, high lumen maintenance and a long life. Their premium performance provides opportunities for
higher maintained illumination levels and substantial energy savings. Additional increases in optical efficiency may be gained by fixture designs using
compact outer jacket configurations. All high wattage pulse start lamps,
200W-1000W, are lead free.
SYLVANIA METALARC PULSE START lamps combine new metal halide lamp
technology with proven ignitor technology. The result is a more transparent
arc tube over life yielding less color shift and high lumen maintenance.
250 Watt PULSE START
• 20,000 hour life rating for MS
types (doubles the life of standard
250 watt)
• MP type has 50% longer life than
standard 250 watt
• Available with PRO-TECH® design for
open fixture use
• Available in universal operating
position
320/350 Watt PULSE START
• Available in PRO-TECH design
for open fixture use
• Lamp can be operated on 320
or 350 watt ballast
350/400 Watt PULSE START
• Incorporates PRO-TECH design
for open fixture use
• Lamp can be operated on 350
or 400 watt ballast
400 Watt PULSE START
• 24% higher mean lumens than the
M400/U and 16% higher mean
lumens than the MS400/BU-ONLY
• Less color shift over lamp life*
• Available with Compact BT28 version
for higher luminaire efficiency
• Available in universal operating position
750 Watt PULSE START
• 25% energy savings over standard
1000 watt metal halide
• Compact BT37 outer jacket
1000 Watt PULSE START
• Compact BT37 outer jacket
• Available in universal operating position
*Compared to standard metal halide lamps.
320 Watt PULSE START
• 100 initial lumens per watt for
clear lamps
• May be operated base-up
through horizontal
• Compact BT28 size allows higher
luminaire efficiency
Product Offering
Product
M175/PS/U
MS175/PS/BU-ONLY
MS175/PS/BU-ONLY/MED
MS200/PS/BU-ONLY/ET23.5
MS200/PS/BU-ONLY
MP250/PS/BU-ONLY
MS250/PS/BU-ONLY
M250/PS/U
MS320/PS/BU-HOR
Lamp Finish
Clear
Clear & Coated
Clear & Coated
Clear
Clear & Coated
Clear & Coated
Clear & Coated
Clear
Clear & Coated
*See Notes Section for more fixture information
HID021R24 11/10
Fixture Type
Enclosed fixture only
Enclosed fixture only
Enclosed fixture only
Enclosed fixture only
Enclosed fixture only
Open or enclosed
Enclosed fixture only
Enclosed fixture only
Enclosed fixture only
Product
MP320/350/PS/BU-ONLY/BT28
MP350/400/PS/BU-ONLY
MS400/PS/BU-ONLY/BT28
MS400/PS/BD-ONLY/BT28
MS400/PS/BU-ONLY
M400/PS/U/BT28
M400/PS/U
MS750/PS/BU-HOR/BT37
M1000/U/PS/BT37
Lamp Finish
Clear & Coated
Clear & Coated
Clear
Clear
Clear & Coated
Clear
Clear
Clear & Coated
Clear
Fixture Type
Open or enclosed
Open or enclosed
Enclosed fixture only
Enclosed fixture only
Open or enclosed*
Enclosed fixture only
Enclosed fixture only
Enclosed fixture only
Enclosed fixture only
Application Information
Applications
Application Notes
Ballast Information
Ambient lighting: Industrial
and Commercial
Canopy lighting
Flood lighting
Parking lots
Security lighting
Operating orientation: Base-up only or
base down only within 15° of vertical.
320W and 750W lamps may be operated
base-up through horizontal. M250/PS/U,
M400/PS/U, M400/PS/U/BT28 and M1000/
U/PS/BT37 may be operated in any operating position.
All lamps will operate on ANSI Pulse
Start ballasts with ignitors for metal
halide lamps as noted in the Ordering
and Specification Information section
(page 3 of this PIB).
Fixtures
Consult your local fixture agent for
available fixtures.
Socket Information
Lamps operate in standard mogul HID
sockets rated to withstand 4000 volt
pulses. Exclusionary mogul sockets
are recommended for the METALARC
PRO-TECH (MP) versions.
Lamp Comparison
Lamp Type
400 Watt PULSE START
MS400/PS/BU-ONLY
Initial Lumens
42,000
Mean Lumens
31,000
Hot Restrike
5 to 7 min.
Average Rated Life (hrs.)
20,000
400 Watt SUPER METALARC
MS400/BU-ONLY
42,000
26,000
7 to 12 min.
20,000
400 Watt Standard
36,000
23,500
7 to 12 min.
20,000
• 16% higher mean lumens than the 400 Watt SUPER METALARC lamps
• 24% higher mean lumens than the standard 400 Watt METALARC lamps
• 50% longer average rated life when operated on a 120-hour cycle — average rated life of 30,000 hours
Installed Savings
Lamp Type
M400/U
MP350/400/PS/BU-ONLY
Watts
400
350
Number of Lamps
500
500
• Lowers energy costs
• 5600 hours/year, $0.1 kWh; 458W per fixture for the 400W lamp, 400W per fixture for the 350W lamp.
HID021R24
Energy Cost per Year
$128,240
$112,000
Savings per Year
$0
$16,240
Specification Data
Fixture Description:
Type
Project/Job:
SYLVANIA lamp:
SYLVANIA ballast:
Notes:
Ordering Information
Item
Ordering
ANSI2
Number
Abbreviation
Watts
Finish
Bulb
Base
Code
64171
MS175/PS/BU-ONLY/MED
175
Clear
ED17
E26
M152/E, M137/E5
64170
MS175/C/PS/BU-ONLY/MED
175
Coated
ED17
E26
M152/E, M137/E5
64319
M175/PS/U
175
Clear
BT28
E39
M152/E, M137/E5
64815
MS175/PS/BU-ONLY4
175
Clear
ED28
E39
M152/E, M137/E5
4
64816
MS175/C/PS/BU-ONLY
175
Coated
ED28
E39
M152/E, M137/E5
64837
MS200/PS/BU-ONLY/ET23.5
200
Clear
ET23.5 E39
M136/E
64838
MS200/PS/BU-ONLY4
200
Clear
BT28
E39
M136/E5
64839
MS200/C/PS/BU-ONLY4
200
Coated
BT28
E39
M136/E5
64789
MP250/PS/BU-ONLY
250
Clear
BT28
EX39
M153/O, M138/O5
64790
MP250/C/PS/BU-ONLY
250
Coated
BT28
EX39
M153/O, M138/O5
64578
MS250/PS/BU-ONLY
250
Clear
BT28
E39
M153/E, M138/E5
64617
MS250/C/PS/BU-ONLY
250
Coated
BT28
E39
M153/E, M138/E5
64320
M250/PS/U
250
Clear
BT28
E39
M153/E, M138/E5
64507
MS320/PS/BU-HOR
320
Clear
BT28
E39
M154/E, M132/E5
64646
MS320/C/PS/BU-HOR
320
Coated
BT28
E39
M154/E, M132/E5
64391 MP320/350/PS/BU-ONLY/BT28
320
Clear
BT28
EX39
M154/E, M132/O5
350
M131/O5
64349 MP320/350/C/PS/BU-ONLY/BT28
320
Coated
BT28
EX39
M154/O, M132/O5
350
M131/O5
64769
MP350/400/PS/BU-ONLY
350
Clear
BT37
EX39
M131/O5
400
M155/O, M135/O5
64770
MP350/400/C/PS/BU-ONLY
350
Coated
BT37
EX39
M131/O5
400
M155/O, M135/O5
64189
MS400/PS/BU-ONLY/BT28
400
Clear
BT28
E39
M155/E, M135/E5
64191
MS400/PS/BD-ONLY/BT28
400
Clear
BT28
E39
M155/E, M135/E5
64525
MS400/PS/BU-ONLY
400
Clear
BT37
E39
M155/S, M135/S5
64527
MS400/C/PS/BU-ONLY
400
Coated
BT37
E39
M155/S, M135/S5
64188
M400/PS/U/BT28
400
Clear
BT28
E39
M155/E, M135/E5
64321
M400/PS/U
400
Clear
BT37
E39
M155/E, M135/E5
64787
MS750/PS/BU-HOR/BT37
750
Clear
BT37
E39
M149/E3
64822
MS750/C/PS/BU-HOR/BT37
750
Coated
BT37
E39
M149/E3
64351
M1000/U/PS/BT37
1000
Clear
BT37
E39
M141/E
Average
Rated
Initial
Mean
Color
Life (hrs.)
Lumens
Lumens
CRI
Temp
15,000
17,500
12,800
65
4000K
15,000
16,600
12,500
70
3700K
12,000V
14,400V
10,000V 65
4000K
9,000H
12,800H
8,300H
15,000
17,500
12,800
65
4000K
15,000
16,600
12,500
70
3700K
15,000
19,000
13,300
65
4200K
15,000
19,000
13,500
65
4000K
15,000
18,000
12,800
70
3800K
15,000
22,500
17,000
65
4000K
15,000
21,000
16,000
70
4000K
20,000
23,000
17,000
65
4200K
20,000
21,500
15,500
70
3600K
15,000V
21,000V
15,400V 65
3800K
12,000H
18,000H
11,000H
20,000V
30,000V
21,000V 65
4300K
15,000H
28,000H
19,700H
20,000V
30,000V
19,700V 70
3900K
15,000H
28,000H
18,400H
20,000
28,600
21,000
65
3800K
20,000
33,500
24,000
65
3600K
20,000
27,700
19,000
70
3600K
20,000
32,000
22,000
70
3600K
20,000
33,000
24,500
65
3700K
20,000
40,000
29,500
65
3500K
20,000
32,000
23,000
70
3500K
20,000
39,000
28,000
70
3300K
20,000
40,000
32,500
65
4100K
20,000
40,000
32,500
65
4100K
30,0001
42,000
31,0001
65
4000K
20,000
42,000
35,700
30,0001
42,000
29,0001
70
3600K
20,000
42,000
35,700
20,000V
36,000V
25,500V 65
4000K
15,000H
31,000H
22,400H
20,000V
36,000V
25,500V 65
4000K
15,000H
31,000H
22,400H
20,000V
78,000V
67,000V 65
4000K
9,000H
68,000H
56,000H
20,000V
75,000V
63,000V 70
3700K
9,000H
65,000H
53,000H
15,000V 110,000V
96,000V 65
3800K
9,000H 107,800H
86,300H
Lamp
Efficacy
(LPW)
100
95
82V
73H
100
95
95
95
90
90
84
92
86
88V
76H
94V
88H
94V
88H
89
96
87
91
94
100
91
98
100
100
105
105
105
105
90V
78H
90V
78H
104V
91H
100V
87H
110V
108H
Notes:
1. Based on 10 hrs/start operating cycle. On 120 hrs/start, life rating increases from 20,000 to 30,000 hours and mean lumen point is at 12,000 hrs.
2. For lamps with 2 ANSI codes, the first is the new ANSI code and the second is the original code.
3. When operated on ballasts having a sustaining voltage less than 310V, lamp life may be significantly reduced.
4. Contact your local OSRAM SYLVANIA sales representative for availability.
5. When operated on ballasts having a sustaining voltage less than 270V, lamp life may be significantly reduced.
6. For lamp wattages of 360W and greater, it is recommended that lampholders with nickel-plated copper alloy center contacts (with spring) should be used rather than electrical contacts made of stainless steel.
E = Lamps classified as E-type are to be used ONLY in suitably enclosed luminaires. See lamp warning.
O = Lamps classified as O-type, comply with ANSI standard C78.389 for containment testing and may be used in open luminaires. See lamp warning.
S = When operated within 15 degrees of vertical, this lamp may be operated in an open luminaire provided the installation is not near people or flammable or combustible material, otherwise it must be operated
in a suitably enclosed luminaire. See lamp warning.
HID021R24
Technical Information
Sample Specification
Typical Mortality Curve
Typical Lumen Depreciation
100
Percent of Initial Lumens
80
Clear
Coated
70
60
50
20
726
710
694
678
662
646
630
614
598
582
566
550
534
518
502
486
470
454
438
422
406
40
390
Percent Survival
90
30
400 Watt: Lamp(s) shall be (a) 400W METALARC®
PULSE START lamp(s) exhibiting initial lumens of
42,000 with a 74% mean lumen maintenance and
capable of operating on a M155/M135 ballast. Lamp
construction shall include a lead-free welded base
with a maximum temperature of 250°C.
100
WAVELENGTH (nm)
10
90
80
70
60
50
40
30
20
10
0
0
0
10
20
30
40
50
60
70
80
90
100
0
10
20
30
40
50
60
70
80
90
100
Percent of Rated Life
Percent of Lamp Life
760
740
720
700
680
660
640
620
600
580
560
540
520
500
480
460
440
420
400
380
Typical Spectral Power Distribution
Wavelength (nm)
Lamp Dimensions
C
(A)
MOL
5"
6-29/32"
8-5/16"
11-1/2"
C(C)
(B)
LCL
3"
4-1/2"
5"
A
7"
Bulb Diameter
2-1/8"
2-15/16"
3-1/2"
4-5/8"
OSRAM SYLVANIA
National Customer
Service and Sales Center
18725 N. Union Street
Westfield, IN 46074 USA
C
A
A
A
B
B
B
Industrial Commercial
B
Phone:
1-800-255-5042
Fax:
1-800-255-5043
National Accounts
Phone:
1-800-562-4671
Fax:
1-800-562-4674
Ordering Guide
MS
320
M = METALARC
Metal Halide
S = SUPER high output
P = METALARC PRO-TECH®
open fixture rated
Wattage:
Finish:
PULSE
175, 200, 250,
___ = Clear
START
320, 320/350,
C = Coated
350/400, 400,
750 or 1000 watts
/
_________
/
PS
/
BU-ONLY
BU-ONLY = Base up only
U = Universal
BD-ONLY = Base down only
BU-HOR = Base up - Horizontal
Safety Information
OEM/Special Markets
Phone:
1-800-762-7191
Fax:
1-800-762-7192
Display/Optic
Phone:
1-888-677-2627
Fax:
1-800-762-7192
In Canada
OSRAM SYLVANIA LTD
Headquarters
2001 Drew Road
Mississauga, ON L5S 1S4
WARNING! THESE LAMPS CAN CAUSE SERIOUS SKIN BURN AND EYE INFLAMMATION FROM SHORT-WAVE ULTRAVIOLET RADIATION IF THE OUTER
ENVELOPE (GLASS BULB) OF THE LAMP IS BROKEN OR PUNCTURED. Do not use where people will remain for more than a few minutes unless
adequate shielding or other safety precautions are used. Lamps that will automatically extinguish when the outer envelope is punctured or broken
are commercially available from OSRAM SYLVANIA Products Inc. THESE LAMPS CONFORM TO FEDERAL STANDARD 21 CFR 1040.30 in the U.S.
AND SOR/80-381 in Canada.
Industrial Commercial
Phone:
1-800-263-2852
Fax:
1-800-667-6772
HID021R24
Visit our website: www.sylvania.com
SYLVANIA, METALARC and METALARC PRO-TECH are registered trademarks of OSRAM SYLVANIA Inc.
SEE THE WORLD IN A NEW LIGHT is a registered trademark of OSRAM SYLVANIA Inc.
Special Markets
Phone:
1-800-265-2852
Fax:
1-800-667-6772
© 2010 OSRAM SYLVANIA 11/10 Photography Ordering
Abbreviation
ED17
ET23.5
BT28/ED28
BT37
C
Product Information Bulletin
200W COMPACT SUPER METALARC® PULSE START
High Lumen Maintenance, Reduced Color Shift, Reduced Outer Jacket, Premium Metal Halide Lamp
PULSE START Technology
• Quicker hot re-strike*
• Extended average rated life
• Less color shift over lamp life*
COMPACT Lamp Design
• Compact ET23.5 outer jacket
• 50% longer life than standard 250 watt
SUPER Lamp Design
•
•
•
•
•
Optimized light output
Energy efficient
Lead-free welded base
Whiter light: CCT = 4200K
Enhanced efficacy = 95LPW
*Compared to Standard Metal Halide Lamps
Product Availability
Wattage
200
SYLVANIA COMPACT SUPER METALARC PULSE START
lamps combine the advantages of PULSE START lamp
technology with a SYLVANIA COMPACT METALARC
and SUPERSAVER® lamp design. The end result is an
energy efficient lamp with high lumen maintenance
and less color shift in a small outer jacket to improve
system efficiency.
Bulb Shape
ET23.5
SYLVANIA 200W COMPACT SUPER METALARC PULSE
START lamps provide increased system efficiency, less
color shift, high lumen maintenance and a long life. Their
premium performance provides opportunities for higher
maintained illumination levels and substantial energy
savings. The compact design offers the ability to improve
fixture optics.
Lamp Comparison
64837 versus 64457 and 64507
Lamp Type
200 Watt PULSE START**
MS200/PS/BU-ONLY/ET23.5
250 Watt Standard
M250/U
320 Watt PULSE START
MS320/PS/BU-HOR
Hot
Re-strike
Avg. Rated
Life (Hrs)
Outer
Jacket
LCL
MOL
4 to 7 min.
15,000
ET23.5
4.5"
6.9"
10 to 12 min.
10,000
BT28
5"
8.3"
4 to 7 min.
20,000
BT28
5"
8.3"
** 30% higher mean lumens than the standard 250 Watt METALARC lamps
Application Information
Applications
Ambient Lighting: Industrial & Commercial
Parking Lots
Canopy Lighting
Application Notes
1. Operating orientation: Base-up only, within 15° of vertical
2. Lamps operate in standard mogul HID sockets rated to
withstand 4000V pulses.
Fixtures
Contact your local fixture agent for available fixtures.
Contact your OSRAM SYLVANIA Representative for a list of
compatible electronic operating systems.
HID045R1
Sample Specification
Installed Savings – Lowers Energy Costs!
Lamp(s) shall be (a) 200W
METALARC PULSE START
lamp(s) with a 15,000-hour
average rated life capable of
operating on a M136 ballast.
Lamp construction shall
include a ET23.5 outer jacket
with a lead-free welded base
with a maximum temperature
of 250°C.
Item
Number
64507
64457
64837
Ordering
Abbreviation
MS320/PS/BU-HOR
MS250/U
MS200/PS/BU-ONLY/ET23.5
Watts
320
250
200
Number
of Lamps
32
32
32
Energy Cost
per Year***
$4,485
$3,504
$2,803
% Savings vs.
250W
320W
–
–
–
–
20%
38%
***4380 hours/year, $0.1kWh
Ordering and Specification Information
Item
Number
64837
Ordering
Abbreviation
MS200/PS/BU-ONLY/ET23.5
Watts
200
ANSI
Spec. No.
M136/E
Bulb Base
ET23.5 E39
Average
Rated
Life (Hrs)
15,000
Initial
Mean
Lumens Lumens CCT CRI
19,000
13,300 4200K 65
Notes:
1. Based on 10 hrs/start operating cycle. On 120 hrs/start, life rating increases to 30,000 hours and mean lumens will be 28,000.
2. When operated on ballasts having a sustaining voltage less than 270V, lamp life may be significantly reduced.
E = Lamps classified as E-type are to be used ONLY in suitably enclosed luminaries. See lamp warning.
Ordering Guide
MS
S = Super
Metalarc
High Output
Metal Halide
200
Wattage:
200
watts
/
PS
PULSE
START
/
BU-ONLY
Operating position:
Base up
Only
/
ET23.5
ET = Ellipsoidal
Tubular
23.5 = 2 15/16"
bulb diameter
Dimensions
A
C
MS200/PS/BU-ONLY/ET23.5
(A)
MOL
(B)
LCL
(C)
Bulb Diameter
6.9"
4.5"
2.94"
National Accounts
Phone: 1-800-562-4671
Fax: 1-800-562-4674
OEM/Specialty Markets
Phone: 1-800-762-7191
Fax: 1-800-762-7192
Photo-Optic
100
90
80
70
60
50
40
30
20
10
0
Typical Mortality Curve
0
10
20
30
40
50
60
70
80
90
PERCENT OF RATED LIFE
100
100
90
80
70
60
50
40
30
20
10
0
0
10
20
30
40
50
60
70
80
90
100
PERCENT OF RATED LIFE
Phone: 1-888-677-2627
Fax: 1-800-762-7192
In Canada
OSRAM SYLVANIA LTD.
Headquarters
2001 Drew Road
Mississauga, ON L5S 1S4
Industrial & Commercial
Phone: 1-800-263-2852
Fax: 1-800-667-6772
Special Markets
Ultraviolet Radiation Exposure
WARNING! THESE LAMPS CAN CAUSE SERIOUS SKIN BURN AND EYE INFLAMMATION FROM SHORT-WAVE ULTRAVIOLET RADIATION
IF THE OUTER ENVELOPE (GLASS BULB) OF THE LAMP IS BROKEN OR PUNTURED. Do not use where people will remain for more
than a few minutes unless adequate shielding or other safety precautions are used. Lamps that will automatically extinguish when
the outer envelope is punctured or broken are commercially available from OSRAM SYLVANIA Products Inc. THESE LAMPS
CONFORM TO FEDERAL STANDARD 21 CFR 1040.30 in the U.S. AND SOR/80-381 in Canada.
Phone: 1-800-265-2852
Fax: 1-800-667-6772
Visit our website: www.sylvania.com
SYLVANIA, METALARC and SUPERSAVER are registered trademarks of OSRAM SYLVANIA Inc.
© 2004 OSRAM SYLVANIA
Phone: 1-800-255-5042
Fax: 1-800-255-5043
Typical Lumen Maintenance Curve
PERCENT SURVIVAL
Industrial & Commercial
Technical Information
PERCENT OF INITIAL LUMENS
OSRAM SYLVANIA
National Customer
Service and Sales Center
18725 N. Union Street
Westfield, IN 46074
Printed on recycled paper. 7/04
B
SUL ROSS
SYLVANIA COVERED
CFL LAMPS
www.sylvania.com
DULUX® EL Covered
Electronic Compact Fluorescent Lamps
Key Features & Benefits
• Energy saving alternative to
incandescent lamps saves up to
75% energy compared to similar
lumen output incandescent
• Variety of shapes and wattages
to satisfy most applications
• 6000 – 10,000 hour average
rated lamp life
• Colored PAR38 lamps available in
red, yellow, green and blue
• Available in a variety of color
temperatures
– 2700K – warm white,
similar to incandescent
• Flicker-free starting
• Dimmable 14W/R20, 15W/BR30
and 19W/BR40 lamps offer
smooth dimming from 20% to
100% light output
SYLVANIA offers DULUX EL self-ballasted medium and candelabra
base compact fluorescent lamps in a variety of covered designs
including: Classic, Globe, Décor and Reflector types. The colored
PAR38 CFLs are ideal for party/decorative indoor/outdoor
applications. With excellent color rendition and a broad range of color
temperature options, these CFLs provide a brilliant alternative to
traditional incandescent and halogen light sources and are suitable
for many different types of luminaires. They complement the DULUX
EL Twist family of CFLs described in companion Product Information
Bulletin CF048.
• Medium and candelabra base
for easy replacement of ordinary
incandescent lamps
– 3000K – soft white, similar
to halogen lamps
– 5000K
• 82 CRI
Product Offering
Lamp Type
Classic
Globe
Bullet
Decor
Reflector
Dimmable
Dimmable Cold Cathode
Colored PAR38
Wattage
9W/A15, 14W/A19
9W/G25, 14W/G30
14W/B20
4W, 5W, 7W, 9W
9W/R20, 14W/R20, 16W/BR30, 19W/PAR38,
20W/BR40, 23W/BR40, 23W/PAR38
14W/R20, 15W/BR30, 19W/BR40
5W/B10, 5W/A15
23W (red, yellow, green and blue)
Application Information
Applications
Application Notes
• Chandeliers
• Sconces
• Vanity bars
• Table lamps
• Ceiling fixtures
• Recessed down lights
• Ceiling fans
• Decorative & vanity fixtures
• Security lighting
• Difficult to service areas
1. DULUX EL lamps cannot be installed on dimming circuits, unless the lamp is labelled as “Dimmable”
2. Outdoor application — use only in enclosed fixtures to avoid exposure to weather (except for PAR38)
3. Do not use in emergency exit fixtures or lights
4. Do not use on electronic timers, photocells, lighted switches or any other switches that do not meet
UL20 Sec. 7.6.15
5. Meets CSA, FCC and UL requirements
6. Do not disassemble or modify DULUX EL lamps
7. Use only on 120V AC, 60Hz circuit
8. Install and remove lamp from fixture by grasping plastic base, not lamp glass
9. Best performance achieved when operated at 77°F/25°C
CF047R3 6/09
Specification Data
Catalog #
Project
Type
SUL ROSS
Comments
Prepared by
Date
Ordering Information
Item
Number
Classic A-line
29743
29665
29526
29575
29468
29485
Bullet
29196
Globe
29414
29495
29528
29195
Décor
29135
29121
29750
29742
29039
29167
29584
29600
Specialty
29789
Reflector R20
29638
29640
29624
28998
29587
Reflector BR30 29465
29496
29539
29591
29565
29590
Reflector PAR38 29359
29897
29625
29744
29902
29903
29904
29905
Reflector BR40 28997
29452
29442
Ordering
Abbreviation
CF5EL/A15/DIM/827/BL1,2
CF9EL/FAN/827
CF9EL/FAN/830/BL2
CF14EL/A19/827
CF14EL/A19/830
CF14EL/A19/830/BL
CF14EL/B/830/MED
CF9EL/G25/827
CF9EL/G25/830/BL
CF9EL/G25/830/BL2
CF14EL/G30/830
CF4EL/B10/C/827
CF4EL/B10C/830/BL
CF5EL/B1O/C/ADP/827/DIM/RP1,2
CF5EL/B10/C/ADP/DIM/8301,2
CF7EL/B10/827
CF7EL/B10/830/BL
CF9EL/B10/C/827/BL2
CF9EL/B10/C/ADP/830
CF14EL/A19/YELLOW/RP
CF9EL/R20/827
CF9EL/R20/830/BL
CF14EL/R20/827
CF14EL/R20/827/DIM/RP1
CF14EL/R20/830/BL
CF15EL/BR30/DIM/8271
CF15EL/BR30/DIM/830/RP1
CF15EL/BR30/BL
CF16EL/BR30/827
CF16EL/BR30/830/BL
CF16EL/BR30/830
CF23EL/PAR38/827
CF23EL/PAR38/GL/827
CF23EL/PAR38/830/BL
CF23EL/PAR38/GL/830/BL
CF23EL/PAR38/R/RP
CF23EL/PAR38/B/RP
CF23EL/PAR38/G/RP
CF23EL/PAR38/Y/RP
CF19EL/BR40/827/DIM/RP1
CF23EL/BR40/827/RP
CF23EL/BR40/830/BL
Pkg.
1/box, 6/cs
1/box, 6/cs
2/blister, 12/cs
1/box, 6/cs
1/box, 6/cs
1/blister, 6/cs
1/box, 6/cs
1/box, 6/cs
1/blister, 6/cs
2/blister, 12/cs
1/box, 6/cs
1/box, 6/cs
1/blister, 6/cs
1/box, 6/cs
1/box, 6/cs
1/box, 6/cs
1/blister, 6/cs
2/blister, 12/cs
1/box, 6/cs
1/box, 6/cs
1/box, 6/cs
1/blister, 6/cs
1/box, 6/cs
1/box, 6/cs
1/blister, 6/cs
1/blister, 6/cs
1/box, 6/cs
1/blister, 6/cs
1/box, 6/cs
1/blister, 6/cs
1/box, 6/cs
1/box, 6/cs
1/box, 6/cs
1/blister, 6/cs
1/box, 6/cs
1/box, 6/cs
1/box, 6/cs
1/box, 6/cs
1/box, 6/cs
1/box, 6/cs
1/box, 6/cs
1/blister, 6/cs
Base
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
candelabra
candelabra
candelabra
candelabra
medium
medium
candelabra
candelabra
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
medium
Bulb
Type
A
A
A
A
A
A
B20
G25
G25
G25
G30
B10
B10
B1O
B10
B10
B10
B10
B10
A19
R20
R20
R20
R20
R20
BR30
BR30
BR30
BR30
BR30
BR30
PAR38
PAR38
PAR38
PAR38
PAR38
PAR38
PAR38
PAR38
BR40
BR40
BR40
Replaced
Incandescent
Wattage
15
40
40
60
60
60
60
40
40
40
60
15
15
15
15
25
25
40
40
n/a
40
40
60
60
60
65
65
65
65
65
65
75
100
75
75
75
75
75
75
75
65
90
Nominal
Wattage
5
9
9
14
14
14
14
9
9
9
14
4
4
5
5
7
7
9
9
14
9
9
14
14
14
15
15
15
16
16
16
23
23
23
23
23
23
23
23
19
23
23
Initial
Lumens
200
450
475
800
800
800
700
495
495
495
725
160
170
200
200
280
280
450
450
405
300
300
495
500
500
600
600
560
750
750
750
1200
1000
1200
1000
—
—
—
—
900
1250
1250
Color
Temp.
2700K
2700K
3000K
2700K
3000K
3000K
3000K
2700K
3000K
3000K
3000K
2700K
3000K
2700K
3000K
2700K
3000K
2700K
3000K
—
2700K
3000K
2700K
2700K
3000K
2700K
3000K
5000K
2700K
3000K
3000K
2700K
2700K
3000K
3000K
Red
Blue
Green
Yellow
2700K
2700K
3000K
CRI
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
—
82
82
82
82
82
82
82
82
82
82
82
82
82
82
82
—
—
—
—
82
82
82
Notes:
1. May be used with standard electronic incandescent wall dimmers.
2. Cold Cathode technology.
Operating temperature range of all DULUX EL lamps is 0° to 100°F. Operating temperature range of Bullet lamp is 0° to 122°F.
Ordering Guide
CF
14
EL
Compact
Fluorescent
Wattage:
14 watts
Electronic
Ballast
/
A19
Bulb Type:
A, FAN, BR,
B, G, R, PAR
number indicates
diameter of bulb in 1/8"
/
830
8 = 82 CRI
27 = 2700K
30 = 3000K
50 = 5000K
/
BL
Blister
pack
Average
Rated
Life (hrs.)
25,000
8000
8000
6000
6000
8000
6000
8000
8000
8000
6000
6000
6000
25,000
25,000
6000
6000
8000
8000
6000
8000
8000
8000
8000
8000
6000
6000
6000
8000
8000
8000
8000
8000
8000
8000
8000
8000
8000
8000
8000
8000
8000
Lamp Comparison
Compact Fluorescent
Lumens
Life
200
25,000
450
8000
800
6000
800
8000
700
6000
495
8000
700
6000
200
25,000
160
6000
280
6000
450
8000
900
8000
475
6000
495
8000
495
8000
600
6000
750
8000
1250
8000
1200
8000
1000
8000
DULUX® EL
CF5EL/A15
CF9EL/FAN
CF14EL/A19
CF14EL/A19
CF14EL/B/830/MED
CF9EL/G25
CF14EL/G30
CF5EL/B10
CF4EL/B10C
CF7EL/B10
CF9EL/B10/C
CF19EL/BR40
CF14EL/A19/YELLOW
CF9EL/R20
CF14EL/R20
CF15EL/BR30 DIM
CF16EL/BR30
CF23EL/BR40
CF23EL/PAR38
CF23EL/PAR38/GL
Similar Incandescent
Lumens
Life
210
1500
370
1500
850
1000
850
1000
850
1000
370
1500
680
1500
210
1500
125
1500
210
1500
370
1500
680
2000
550
1000
370
1500
330
2000
620
2000
620
2000
1300
750
650
2000
900
750
Incandescent
25A/W
40A/W
60A/W
60A/W
60A/W
40G25
60G25/W
25A/W
15B10
25F/CL
40A/W
75BR40/FL
60A/Y/RP
40R20
50R20/FL
65BR30/FL
65BR30/FL
90BR40/FL
75PAR/W
75PAR/W
Watts
Saved
20
31
46
46
45
31
45
20
11
18
31
56
46
31
36
50
49
67
53
52
*Energy savings over life of EL lamp at $0.10/kWh
Lamp Dimensions
(A)
MOL (in.)
3.97
4.00
4.75
5.00
5.50
4.25
5.40
4.6
4.25
5.00
4.25
3.94
5.00
4.50
5.63
5.70
5.75
6.50
6.25
5.40
CF5EL/A15
CF9EL/FAN
CF14EL/A19
CF14EL/A19 (29485)
CF14EL/B
CF9EL/G25
CF14EL/G30
CF5EL/B10
CF4EL/B10C
CF7EL/B10
CF9EL/B10C
CF9EL/R20
CF14EL/R20/DIM
CF14EL/R20
CF15EL/BR30/DIM
CF16EL/BR30
CF19EL/BR40/DIM
CF23EL/BR40
CF23EL/PAR38
CF23EL/PAR38/GL
(B)
Diameter (in.)
1.98
2.20
2.40
2.33
2.40
3.13
3.40
1.44
1.40
2.88
1.70
1.68
2.50
3.25
3.72
3.75
4.62
4.69
4.75
4.82
(C)
Base Width (in.)
1.37
1.70
2.10
1.88
2.40
2.61
2.00
1.44
1.58
1.63
1.70
1.69
2.00
1.90
2.36
2.00
2.00
2.16
2.13
1.77
B
B
B
B
B
A
A
A
A
C
A
C
C
C
C
Energy*
Savings
$50
$25
$27
$36
$27
$24
$27
$50
$6
$10
$25
$44
$27
$25
$28
$30
$39
$54
$31
$42
CFL Life vs.
Incandescent
16 x
5x
6x
8x
6x
4x
4x
16 x
4x
4x
5x
4x
6x
5x
4x
3x
4x
10 x
4x
10 x
Technical Information
Sample Specification
Typical Fluorescent Lamp Mortality*
100
90
95
70
60
50
40
30
20
Lamp shall be a DULUX EL 23W PAR38 reflector compact fluorescent
lamp. Lamp shall have a correlated color temperature of (2700K or
3000K) and a CRI of 82. Average rated lamp life shall be 8000 hours.
90
85
80
Lamp shall be a DULUX EL 23W PAR38 flat glass reflector compact fluorescent lamp. Lamp shall have a correlated color temperature of (2700K
or 3000K) and a CRI of 82. Average rated lamp life shall be 8000 hours.
75
70
Lamp shall be red, blue, yellow or green colored DULUX EL 23W PAR38
reflector compact fluorescent lamp. Average rated lamp life shall be
8000 hours.
65
60
55
10
50
0
0
20
40
60
80
100
120
140
160
180
0
200
1000 2000 3000
4000
0.14
0.14
0.12
0.10
0.08
0.06
0.04
600
650
700
Lamp shall be a DULUX EL 15 Watt BR30 dimmable reflector compact
fluorescent lamp. Lamp shall have a correlated color temperature of
(2700K or 3000K) and a CRI of 82. Average rated lamp life shall be
6000 hours.
0.06
0.04
0.00
550
Lamp shall be a DULUX EL 14W Bullet, compact fluorescent lamp.
Lamp shall have a correlated color temperature of 3000K and a CRI
of 82. Average rated lamp life shall be 6000 hours.
0.08
0.00
500
Lamp shall be a DULUX EL Décor (Flame shaped) in 4, 5, 7 or 9W electronic, compact fluorescent lamp. Lamp shall have a correlated color
temperature of 2700K or 3000K and a CRI of 82. Average rated lamp life
shall be 6000 or 8000 hours.
0.10
0.02
350
750
400
450
500
600
650
700
750
800
850
0.14
0.14
Normalized Spectral Power
(W/nm per 1,000 lm)
0.16
0.12
0.10
0.08
0.06
0.04
Lamp shall be a DULUX EL 19 Watt BR40 dimmable reflector compact
fluorescent lamp. Lamp shall have a correlated color temperature of
2700K and a CRI of 82. Average rated lamp life shall be 8000 hours.
0.12
Lamp shall be a DULUX EL 5 Watt A15 dimmable cold cathode compact
fluorescent lamp. Lamp shall have a correlated color temperature of
3000K and a CRI of 82. Average rated lamp life shall be 25,000 hours.
0.10
0.08
* Not a specification or standard. Actual results may vary.
0.06
0.04
0.02
0.02
0.00
0.00
400
450
500
550
600
650
700
750
Lamp shall be a DULUX EL 5 Watt B10 dimmable cold cathode compact
fluorescent lamp. Lamp shall have a correlated color temperature of
(2700 or 3000K) and a CRI of 82. Average rated lamp life shall be 25,000
hours.
Lamp shall be a DULUX EL 14 Watt R20 dimmable reflector compact
fluorescent lamp. Lamp shall have a correlated color temperature of
2700K and a CRI of 82. Average rated lamp life shall be 8000 hours.
DULUX EL 5000K
0.16
350
550
WAVELENGTH (nm)
WAVELENGTH (nm)
DULUX EL 3500K (Daylight EXTRA™)
Lamp shall be a DULUX EL 14 Watt A-LINE electronic, compact fluorescent lamp. Lamp shall have a correlated color temperature of 3000K
and a CRI of 82. Average rated lamp life shall be 6000 hours.
Lamp shall be a DULUX EL Globe (9 or 14 Watt) electronic, compact fluorescent lamp. Lamp shall have a correlated color temperature of (2700K
or 3000K) and a CRI of 82. Average rated lamp life shall be 8000 hours.
0.12
0.02
450
8000 9000 10,000
DULUX EL 3000K (Soft White)
0.16
Normalized Spectral Power
(W/nm per 1,000 lm)
Normalized Spectral Power
(W/nm per 1,000 lm)
DULUX EL 2700K (Warm White Deluxe)
0.16
400
7000
BURNING HOURS
PERCENT RATED LIFE
350
5000 6000
350
WAVELENGTH (nm)
400
450
500
550
600
WAVELENGTH (nm)
650
700
750
United States
OSRAM SYLVANIA
100 Endicott Street
Danvers, MA 01923
Trade
Phone:
Fax:
1-800-255-5042
1-800-255-5043
National Accounts
Phone:
1-800-562-4671
Fax:
1-800-562-4674
OEM/Special Markets
Phone:
1-800-762-7191
Fax:
1-800-762-7192
Display/Optic
Phone:
1-888-677-2627
Fax:
1-800-762-7192
Canada
OSRAM SYLVANIA LTD.
2001 Drew Road
Mississauga, ON L5S 1S4
Trade
Phone:
Fax:
SYLVANIA is a registered trademark of OSRAM SYLVANIA Inc.
SEE THE WORLD IN A NEW LIGHT is a registered trademark of OSRAM SYLVANIA Inc.
Daylight EXTRA is a trademark of OSRAM SYLVANIA Inc.
DULUX is a registered trademark of OSRAM GmbH, used under license.
1-800-263-2852
1-800-667-6772
OEM/Special Markets/Display/Optic
Phone:
1-800-265-2852
Fax:
1-800-667-6772
www.sylvania.com
Photography
PERCENT SURVIVING
80
© 2009 OSRAM SYLVANIA 6/09
PERCENT RATED LUMENS
100
Normalized Spectral Power
(W/nm per 1,000 lm)
Lamp shall be a DULUX® EL 15 or 16 Watt BR30 reflector compact
fluorescent lamp. Lamp shall have a correlated color temperature of
(2700K, 3000K or 5000K) and a CRI of 82. Average rated lamp life
shall be (6000 or 8000) hours.
Lumen Maintenance Curve*
Category: ECS
Prefix:
Fixture Series (Name):
Energy
Conservation
Series
ECO
EcoLyte
EcoLyte Series high performance
fluorescent high/low bay luminaire
GENERAL DESCRIPTION
The EcoLyte (ECO) Series has been developed as an energy
efficient alternative to HID lighting systems. This series utilizes
“High Intensity Fluorescent” technology to dramatically reduce
energy consumption, improve quality of light and provide instant-on
operation. It also offers many switching and sensor options.
Typical applications for this type of product are interior spaces with
high mounting heights where high lumen output is required.
Applications include:
• Retail – “Big Box” – Distribution Centers and Warehouses
• Industrial, Commercial and Manufacturing Areas
• School Gymnasiums, Auditoriums and Convention Centers
• Ice Rinks, Indoor Courts and Sports Arenas
DESIGN FEATURES / SPECIFICATIONS
CONSTRUCTION
• Precision die formed from 22 ga. cold rolled steel.
• Mechanically fastened or resistance welded
depending on model.
• Heavy gauge steel (CRS) or aluminum alloy may
be custom ordered.
• Finish to be pre-painted gloss white polyester
powder coat.
• Post-painted polyester powder coat finishes are
available. Consult factory for all special colors and
finishes.
• Heavy guage steel (NYC) and heavy guage
aluminum are available as alternate materials.
REFLECTOR
• Precision die formed optics which has been
designed for maximum efficiency and photometric
properties using the latest CAD software.
• Choice of optics includes focused, normal and
spread beam distribution. Consult factory for
custom optics design and spacing criteria options.
• Choice of materials include:
- Alanod Miro4® Enhanced Specular Aluminum,
95% total reflectance, 25 year warranty.
- Enhanced Specular Aluminum, 92% total (min.)
reflectance, 25 year warranty.
- High Reflectance White Powder Coated Aluminum,
91% total reflectance, 10 year warranty.
- Polished Aluminum, 87% total (min.) reflectance,
25 year warranty.
- Consult factory for availability of all other
material choices.
LAMPHOLDERS
• Vossloh-Schwabe® premium type featuring:
- Anti-vibration internal lamp locking design
- High temperature resistant ("T" marking).
- Heat and UV blocking shield to prevent
degradation of material.
- Multi-point contact design for optimum lamp pin
contact.
- Produced in accordance with DIN ISO 9001 and
IEC standards.
BALLASTS
• All standard ballasts are electronic, energy saving,
thermally protected, Class-P, non-PCB, Sound
Rated “A”, 0 degree (Type 1 Outdoor). Verify with
factory for latest information regarding High
Temperature (HT) or Extreme Low Temperature
(XLT) rated ballast options.
• UL/CSA certified, where applicable. Compliant with
Federal Ballast Law (Public Law 100-357, 1988).
• Choice of ballast factors. L=Low, N=Normal,
H=High.
• Choice of dedicated, universal or special voltage Consult factory for available options.
• Warranted by ballast manufacturer. Typical ballast
warranty is for 5 years (120-277v) and 3-years
(347-480v). Consult factory for latest warranty
information.
LAMPS
• Supplied by others unless otherwise specified.
• Factory installed if required - Consult factory.
• Lamp type, CRI ratings, temperature colors, lamp
life ratings are all viable options which can be
supplied - Consult factory for information.
LAMP SHIELDING
• Lamp shielding options include:
- Heavy duty painted or zinc-plated wire guards.
- Flat or drop dish lenses, clear acrylic, clear
polycarbonate, high light transmission white,
prismatic and linear prism lenses.
- Louvers and cross-blade baffles - Consult factory.
MOUNTING
• The luminaire may be surface mounted or may be
suspended by pendant, threaded rod, hook, chain
or cable. (Mounting hardware supplied by others
unless otherwise specified).
• Custom mounting options / accessories.
ELECTRICAL
• Luminaire is bi-national listed and labeled
(UL 1598 and CSA C22.2 No. 250.0-00) and is
suitable for damp locations.
• Product includes luminaire disconnect as specified
in NEC 410.73(G), 2005 Edition, and CEC part I,
rule 30-308(4), 2006 Edition.
QUALITY CONTROL
• All fixtures and retrofit kits are designed, fabricated,
assembled and tested at RENOVA's manufacturing
facility. All fixtures are 100% lamp tested, inspected
and labeled prior to shipment.
GUARANTEE
• RENOVA warrants all fixtures to be free of defects
in manufacturing and workmanship for a period of
(1) year from date of purchase. This warranty
excludes damage of any kind resulting from
improper installation, misuse, abuse, accidents,
mis-application, or natural disasters. Please refer
to the "Terms and Conditions" section of the
RENOVA website for additional information.
Note: RENOVA products are constantly being improved; therefore, the information shown is subject to change without notice. Always consult your lighting representative or RENOVA Lighting
Systems, Inc. for the latest information.
RENOVA Lighting Systems, Inc. • 15 Wellstown Road • Ashaway, RI 02804 • (800) 635-6682 • www.renova.com
RLS-4865A-3