Rev Drawings pp 91-120 (19009 CLC Phase 2).pdf
PDF 9 MB Posted
- Attached to
- Construct Replacement Community Living Center (CLC) Federal contract opportunity
- Solicitation number
- 36C24921R0059
About this file
This solicitation is for a minor construction project to construct a replacement community living center at a Veterans Affairs medical center. The scope of work includes furnishing all labor, tools, materials, and expertise to complete the requirements of Project 596-333 in accordance with the contract documents, specifications, and drawings. Some work may be required outside standard administrative hours or in periods shorter than a standard shift for specific items. The contracting agency is the Department of Veterans Affairs Veterans Health Administration Veterans Integrated Service Network 9.
View the file
Other files for this federal contract opportunity
Show all 26
On GovTribe
Work with this file on GovTribe
- Download the original file
- Contacts named in this file
- Similar government files
- Ask GovTribe AI about this file
Text version
P: 937-224-0861 www.heapy.com
VA Project No.
RDC/JPA Project No.
Project Number
Building Number
Drawing Number
Project Title
Location
Issue Date Checked Drawn
Drawing Title
Approved:
VA FORM 08 - 6231
A
FULLY SPRINKLERED
U.S. Departm ent of Veterans Affairs
B
C
D
E
F
A
B
C
D
E
F
21 4 5 6 7 8 9 10
Phase
ARCHITECT/ENGINEER OF RECORD STAMPCONSULTANT
321 4 5 6 7 8 9 10
Office of Construction and Facilities Management
PROJECT NO.
100% CONSTRUCTION DOCUMENTS 02.12.2021
/1
/2
:0
:0
A M
Construct Replacement CLC - Long Term Rehab
02.12.2021
SCHEDULES
M601
AJGW JS
596-333
Lexington, Kentucky
204 & 205
100% CONSTRUCTION
DOCUMENTS
19009.00
2019-05137
NOTES:
1. PROVIDE AT LEAST ONE VARIABLE CAPACITY COMPRESSOR THAT IS CAPABLE OF OPERATING AT A
MINIMUM OF 20% OF MAX COMPRESSOR OUTPUT.
2. PROVIDE REFRIGERATION CONTROL PACKAGE CAPABLE OF ACCEPTING ENABLE AND CAPACITY
MODULATION SIGNALS .
GENERAL NOTES:
A. COOLING CAPACITY BASED ON 95°F AMBIENT AIR TEMPERATURE.
B. REFRIGERANT PIPING - SIZES LISTED ARE APPROX. CIRCUITING, SIZING,
NUMBER OF PIPES AND CIRCUITS, ARRANGEMENT, ETC. SHALL BE IN
ACCORDANCE WITH MANUFACTURER'S RECOMMENDATIONS.
C. ELECTRIC SERVICE - SINGLE POINT POWER SERVICE CONNECTION. ADEQUACY
OF LISTED CIRCUIT SIZES MUST BE VERIFIED BY CONTRACTOR AND UNIT
SUPPLIER. COST FOR INCREASE OR CHANGE OF ELECTRIC SERVICE FOR
EQUIPMENT SELECTED SHALL BE BORNE BY HVAC CONTRACTOR.
D. WHEN APPLICABLE, REFER TO SPECIFICATIONS FOR VIBRATION ISOLATOR TYPES AND SEISMIC
RESTRAINT REQUIREMENTS.
AIR-COOLED CONDENSING UNITS
M A
R K
DESCRIPTION SERVICE N
O
M
IN
A L
C A
P A
C
IT
Y
T O
N S
U N
IT
R
A T
IN
G
E
E R
R E
F R
IG
E
R A
N T
T Y
P E
CONDENSER FANS COMPRESSORS ELECTRICAL SERVICE DIMENSIONS MISC.
SEISMIC
RESTRAINTS BASIS OF DESIGN
S E
E N
O T
E
TYPE M
IN
Q
T Y
M O
T O
R
H P
W
A T
T S
E
A C
H
F L
A
E A
C H
V O
L T
A G
E
P H
A S
E
TYPE M
IN
Q
T Y
F L
A
E A
C H
V O
L T
A G
E
P H
A S
E
V O
L T
A G
E
P H
A S
E
F U
L L
L O
A D
A M
P S
F
L A
M
IN
C
IR
C U
IT
A
M P
S
M C
A
M A
X O
V E
R C
U R
R E
N T
P R
O T
E C
T
IO
N
M O
C P
M
IN
IM
U
M S
C C
R
A M
P S
L E
N G
T H
W
ID
T H
H E
IG
H
T
A P
P R
O X
W
E
IG
H T
L
B S
L O
W A
M B
IE
N
T C
O N
T R
O L
H O
T G
A S
B Y
P A
S S
C R
A N
K C
A S
E H
E A
T E
R
C O
N C
R E
T E
P A
D
R E
Q U
IR
E
D
I M
P O
R T
A N
C E
F A
C T
O R
MANUFACTURER MODEL
ACCU-204-1 ACCU AHU-204-1 30 11.4 R410A PROPELLER 3 1.0 4.1 208-3 SCROLL 2 56.1 208-3 208-3 - 141 175 5,000 60.125" 88.5" 74.25" 1,623 - - ● ● ● 1.5 TRANE RAU-30 1
ACCU-205-1 ACCU AHU-205-1 30 11.4 R410A PROPELLER 3 1.0 4.1 208-3 SCROLL 2 56.1 208-3 208-3 - 141 175 5,000 60.125" 88.5" 74.25" 1,623 - - ● ● ● 1.5 TRANE RAU-30 1
ACCU-205-G ACCU AHU-205-G 25 12.1 R410A PROPELLER 3 1.0 4.1 208-3 SCROLL 2 52.0 208-3 208-3 - 120 150 5,000 60.125" 88.5" 74.25" 1,623 - - ● ● ● 1.5 TRANE RAU-25 1
NOTES:
1. VFDS SHALL BE PROVIDED WITH AIR HANDLING UNITS. REFER TO SPECIFICATION
26 29 11 FOR REQUIREMENTS.
2. COORDINATE MAX SHIPPING SPLIT SIZE WITH MECHANICAL ROOM
ACCESS CORRIDOR IN ATTIC.
3. BASIS OF DESIGN IS TRANE - CLIMATE CHANGER
GENERAL NOTES:
A. HEATING CAPACITY BASED ON 140°F ENT. WATER / 0% GLYCOL.
B. VFD'S SHALL BE CONSTRUCTED AND LABELED FOR REQUIRED SCCR
(SHORT CIRCUIT CURRENT RATING). COORDINATE WITH DIVISION 26.
C. UNIT CONFIGURATIONS (SUPPLY FAN POSITION RELATIVE TO COOLING COIL) -
"HDT" - HORIZONTAL DRAW THRU; "VDT" - VERTICAL DRAW THRU;
"HBT" - HORIZONTAL BLOW THRU; "VBT" - VERTICAL BLOW THRU.
REFER TO DRAWINGS FOR LAYOUT.
D. WHEN APPLICABLE, REFER TO SPECIFICATIONS FOR SEISMIC RESTRAINT
REQUIREMENTS.
E. IF EC MOTORS ARE INDICATED OR SPECIFIED, EACH MOTOR SHALL BE PROVIDED
WITH FACTORY DISCONNECTING MEANS, INTERNAL OVERLOAD PROTECTION,
FIELD ADJUSTABLE SPEED CONTROL, AND REMOTE ANALOGUE SPEED CONTROL
INPUT WHEN REMOTE CONTROL IS SPECIFIED, COORDINATED WITH THE BUILDING
AUTOMATION SYSTEM.
F. THE LISTED MAX UNIT HEIGHT INCLUDES THE INTEGRAL UNIT BASE RAIL BUT DOES
NOT INCLUDE THE SPECIFIED CONCRETE PAD. IF THE HEIGHT OF THE SPECIFIED
CONCRETE PAD IS REQUIRED TO BE INCREASED, SUCH AS TO ACCOMMODATE
CONDENSATE TRAP HEIGHT, THEN THE LISTED MAX UNIT HEIGHT SHALL BE
DECREASED BY THAT SAME AMOUNT.
AIR HANDLING UNITS
U N
IT
N
U M
B E
R
LOCATION
U N
IT
C
O N
F
IG
U R
A T
IO
N
AREA SERVED
SUPPLY FAN RETURN FAN PREHEAT COIL COOLING COIL PRE-FILTER FINAL FILTER OUTSIDE AIR DIMENSIONS MISC.
SEISMIC
RESTRAINTS
S E
E N
O T
E
R O
O M
N A
M E
C F
M
T O
T A
L
E X
T
T O
T A
L S
T A
T
IC
P R
E S
S U
R E
IN
W
.C
W H
E E
L T
Y P
E
D
IA
M E
T E
R
F A
N Q
U A
N T
IT
Y
MOTOR(S)
I N
T E
G R
A L
P
IE
Z O
R
IN
G A
IR
F
L O
W S
T A
T
IO
N
C F
M
T O
T A
L
E X
T
T O
T A
L S
T A
T
IC
P R
E S
S U
R E
IN
W
.C
W H
E E
L T
Y P
E
D
IA
M E
T E
R
F A
N Q
U A
N T
IT
Y
MOTOR(S)
I N
T E
G R
A L P
IE
Z
O R
IN
G
A
IR
F L
O W
S T
A T
IO
N
M A
X V
E L
O C
IT
Y
F
P M
C A
P A
C
IT
Y
M B
H
E N
T E
R
IN
G A
IR
T
E M
P E
R A
T U
R E
D B
°F
L E
A V
IN
G
A
IR
T E
M P
E R
A T
U R
E D
B
°F
M A
X
IM
U M
A
IR
P R
E S
S U
R E
D R
O P
IN
W
.C
M A
X
IM
U M
W A
T E
R P
R E
S S
U R
E D
R O
P
F T
H
D
G P
M
P
IP
E R
U N
O U
T S
IZ
E
A U
T O
V A
L V
E T
Y P
E
A U
T O
V A
L V
E C
V
M A
X V
E L
O C
IT
Y
F
P M
T O
T A
L C
A P
A C
IT
Y
M
B H
S E
N S
IB
L
E C
A P
A C
IT
Y
M
B H
E N
T E
R
IN
G A
IR
T
E M
P E
R A
T U
R E
D B
W
B
°F
L E
A V
IN
G
A
IR
T E
M P
E R
A T
U R
E D
B
W B
°F
M A
X
IM
U M
A
IR
P R
E S
S U
R E
D R
O P
IN
W
.C
T H
IC
K
N E
S S
M
E R
V
M A
X V
E L
O C
IT
Y
F
P M
M A
X
IM
U M
C L
E A
N A
IR
P
R E
S S
D
R O
P
IN
W .C
T H
IC
K
N E
S S
M
E R
V
M A
X V
E L
O C
IT
Y
F
P M
M A
X
IM
U M
C L
E A
N A
IR
P
R E
S S
D
R O
P
IN
W .C
IM
U
M C
F M
E C
O N
O M
IZ
E
R
A
IR
F L
O W
M E
A S
U R
E M
E N
T S
T A
T
IO
N
M A
X U
N
IT
L E
N G
T H
IN
C H
E S
M A
X U
N
IT
W
ID
T H
IN
C H
E S
M A
X U
N
IT
H E
IG
H
T
IN
C
H E
S
(N O
T E
H
A P
P R
O X
U
N
IT
W E
IG
H
T
L B
S
H U
M
ID
IF
IE
R
S E
E S
E P
A R
A T
E S
C H
E D
U L
E
E N
E R
G Y
R E
C O
V
S E
C T
IO
N
S
E E
S E
P
S C
H E
D
A
IR
B L
E N
D E
R
S E
E S
E P
S
C H
E D
U V
G I (N
O T
E G
R E
Q U
IR
E
D
I M
P O
R T
A N
C E
F A
C T
O R
M O
T O
R
H P
E A
C H
V O
L T
A G
E
P H
A S
E
E L
E C
T R
O N
IC
A
L L
Y C
O M
M U
T A
T E
D M
O T
O R
S
A
A M
P S
T
O T
A L
M O
C P
A
M P
S T
O T
A L
V A
R
IA
B L
E F
R E
Q U
E N
C Y
D R
IV
E
V A
R
IA
B L
E F
R E
Q U
E N
C Y
D R
IV
E
Q
T Y
M
IN
IM
U
M S
C C
R
A M
P S
M O
T O
R
H P
E A
C H
V O
L T
A G
E
P H
A S
E
E L
E C
T R
O N
IC
A
L L
Y C
O M
M U
T A
T E
D M
O T
O
A
A M
P S
T
O T
A L
M O
C P
A
M P
S T
O T
A L
V A
R
IA
B L
E F
R E
Q U
E N
C Y
D R
IV
E
V A
R
IA
B L
E F
R E
Q U
E N
C Y
D R
IV
E
Q
T Y
M
IN
IM
U
M S
C C
R
A M
P S
AHU-204-1 ATTIC HDT 1ST FLOOR - B204 8,100 2.0 / 5.1 PLENUM / 16.5 2 10 208-3 - 66.4 90 ● 2 5,000 ● 5,560 1.4 / 1.7 PLENUM / 16.5 2 5 208-3 - 35.3 50 ● 2 5,000 ● 540 168.6 45.8 65.0 0.11 2 11.3 1.5 2-WAY 5.3 482 364.22 254.95 82.3 / 67.6 53.6 / 52.9 0.60 2" / 8 429 0.24 12" / 11 429 0.24 3000 ● ● 224.8" 72" 49" 3270 - - - - ● 1.5 1, 2, 3
AHU-205-1 ATTIC HDT 1ST FLOOR - B205 7,500 2.25 / 5.2 PLENUM / 16.5 2 7.5 208-3 - 50.4 70 ● 2 5,000 ● 4,950 1.5 / 2.4 PLENUM / 18.5 2 2 208-3 - 18.7 25 ● 2 5,000 ● 500 172.4 43.8 66.0 0.10 2 11.5 1.5 2-WAY 5.4 446 356.60 245.87 82.8 / 67.9 52.9 / 52.4 0.55 2" / 8 397 0.21 12" / 11 397 0.21 3000 ● ● 211.7" 72" 103.5" 4217 - - - - ● 1.5 1, 2, 3
AHU-205-G ATTIC HDT GROUND FLOOR - B205 5,700 2.25 / 5.5 PLENUM / 13.5 2 5 208-3 - 27.5 35 ● 2 5,000 ● 4,350 1.5 / 2.9 PLENUM / 13.5 2 5 208-3 - 14.6 20 ● 2 5,000 ● 507 110.0 47.2 65.0 0.10 2 7.4 1.25 2-WAY 3.5 463 279.82 193.00 82.5 / 67.5 51.6 / 51.2 0.72 2" / 8 462 0.27 12" / 11 462 0.27 2000 ● ● 192.1" 66.5" 83" 3309 - - - - ● 1.5 1, 2, 3
NOTES:
GENERAL NOTES:
A. ASSEMBLIES SHALL INCLUDE SHUT-OFF VALVE, STRAINER,
UNION, PRESSURE REDUCING VALVE, UNION, CHECK VALVE,
SHUT-OFF VALVE, SAFETY RELIEF VALVE, PRESSURE GAUGE,
AND FULL SIZE BYPASS WITH GLOBE VALVE. REFER TO PIPING
SCHEMATIC.
B. PIPE SAFETY RELIEF VALVE DISCHARGE TO SPILL OVER FLOOR
DRAIN.
C. COORDINATE DOMESTIC WATER SOURCE AND BACKFLOW
PREVENTION.
AUTOMATIC MAKE-UP WATER ASSEMBLIES
M A
R K
SYSTEM A
S
S E
M B
L Y
P
IP
E S
IZ
E
PRESSURE
REDUCING VALVE
SAFETY RELIEF
VALVE
B Y
P A
S S
G L
O B
E V
A L
V E
S
IZ
E
W
T E
R M
E T
E R
S E
E N
O T
E
S
IZ
E
S E
T P
R E
S S
U R
E
P S
IG
S
IZ
E
S E
T P
R E
S S
U R
E
P S
IG
MU-1 HEATING HOT WATER 1" 1" 35 1" 50 1" -
NOTES:
1. COORDINATE FINAL DUCT SIZES WITH APPROVED COORDINATION DRAWINGS.
GENERAL NOTES:
A. ELECTRIC SERVICE - SINGLE POINT POWER CONNECTION WITH
INTEGRAL CONTROLS TRANSFORMER. ADEQUACY OF LISTED
CIRCUIT SIZE MUST BE VERIFIED BY H.C. AND UNIT SUPPLIER.
COST FOR INCREASE OR CHANGE OF ELECTRIC SERVICE FOR
EQUIPMENT SELECTED SHALL BE BORNE BY H.C.
B. PROVIDE MODULATING OR STAGED CONTROL AS SPECIFIED, AIR
PROVING SWITCH, HIGH RH LIMIT, SPACE HUMIDITY SENSOR / STAT,
AND OTHER ACCESSORIES PER THE SPECIFICATIONS.
C. STEAM JACKET HUMIDIFIERS SHALL INCLUDE AUTO ISOLATION VALVE
FUNCTION TO STOP STEAM TO JACKET WHEN THERE IS NO CALL
FOR HUMIDITY.
D. WHEN APPLICABLE, REFER TO SPECIFICATIONS FOR SEISMIC
RESTRAINT REQUIREMENTS.
ELECTRIC HUMIDIFIERS
M A
R K
DESCRIPTION
TYPE
SERVICE S
P
A C
E C
O N
D
IT
IO
N
S
D B
R H
PERFORMANCE DISPERSION DEVICE ELECTRICAL SERVICE MISC.
SEISMIC
RESTRAINTS BASIS OF DESIGN
S E
E N
O T
E
E L
E C
T R
O D
E
E L
E C
T R
IC
R
E S
IS
T
A N
C E
I M
M E
R S
IO
N
E N
T E
R
IN
G A
IR
T
E M
P E
R A
T U
R E
D B
W
B
°F
L
A V
IN
G
A
IR
T E
M P
E R
A T
U R
E D
B
W B
°F
M
IN
IM
U
M C
F M
M A
X
IM
U M
C F
M
L B
S
H R
O U
T P
U T
A
T M
A X
C
F M
M
IN
S T
A G
E S
S T
E A
M O
U T
L E
T
Q T
Y S
IZ
E
V E
R T
IC
A
L T
U B
E S
H O
R
IZ
O N
T A
L T
U B
E S
S T
E A
M J
A C
K E
T E
D
I N
S U
L A
T E
D
M
IN
N U
M B
E R
O F
D
IS
T R
IB
U
T
IO
N T
U B
E S
M A
X D
IS
P
E R
S
IO
N D
IS
T
A N
C E
V O
L T
A G
E
P H
A S
E
F U
L L
L O
A D
A M
P S
F
L A
M A
X O
V E
R C
U R
R E
N T
P R
O T
E C
T
IO
N
M O
C
IM
U
M S
C C
R
A M
P S
D U
C T
C
A S
IN
G
W
ID
T H
N
O T
E
D U
C T
C
A S
IN
G
H E
IG
H
T
N O
T E
A P
P R
O X
O
P E
R A
T
IN
G W
E
IG
H T
L
B S
H U
M
ID
IF
IE
R G
R
ID
D R
A
IN
C O
O L
E R
T A
N K
D R
A
IN
C O
O L
E R
R E
Q U
IR
E
D
I M
P O
R T
A N
C E
F A
C T
O R
MANUFACTURER MODEL
EH-204-1 ELECTRIC STEAM HUMIDIFIER - ● AHU-204-1 70 / 25 54.5 / 33 55.0 / 42 5,545 8,100 46.1 SCR 1 / 1.5 - ● - ● 1 15" 208 - 3 44.4 60 5,000 38" 24" 139 - ● ● 1.5 DRI-STEEM VAPORMIST
EH-205-1 ELECTRIC STEAM HUMIDIFIER - ● AHU-205-1 70 / 25 54.5 / 33 55.0 / 42 5,210 7,500 43.6 SCR 1 / 1.5 - ● - ● 1 17" 208 - 3 44.4 60 5,000 26" 32" 139 - ● ● 1.5 DRI-STEEM VAPORMIST
EH-205-G ELECTRIC STEAM HUMIDIFIER - ● AHU-205-G 70 / 25 54.5 / 33 55.0 / 42 4,480 5,700 29.2 SCR 1 / 1.5 - ● - ● 1 15" 208 - 3 29.1 45 5,000 30" 26" 139 - ● ● 1.5 DRI-STEEM VAPORMIST
NOTES:
GENERAL NOTES:
A. WHEN APPLICABLE, REFER TO SPECIFICATIONS FOR VIBRATION
ISOLATOR TYPES AND SEISMIC RESTRAINT REQUIREMENTS.
B. VFD'S SHALL BE CONSTRUCTED AND LABELED FOR REQUIRED
SCCR (SHORT CIRCUIT CURRENT RATING). COORDINATE WITH
DIVISION 26.
C. IF EC MOTORS ARE INDICATED OR SPECIFIED, EACH MOTOR
SHALL BE PROVIDED WITH FACTORY DISCONNECTING MEANS,
INTERNAL OVERLOAD PROTECTION, FIELD ADJUSTABLE SPEED
CONTROL, AND REMOTE ANALOGUE SPEED CONTROL INPUT
WHEN REMOTE CONTROL IS SPECIFIED, COORDINATED WITH
THE BUILDING AUTOMATION SYSTEM.
D. PUMPS REQUIRED TO HAVE A PUMP EFFICIENCY INDEX (PEI)
RATING PER DOE MANDATES SHALL BE FACTORY LABELED
WITH THEIR RATING. PEIVL RATINGS ARE FOR PUMPS WITH
EC MOTORS OR FACTORY-MOUNTED VFD’S. PEICL RATINGS
ARE FOR PUMPS WITHOUT EC MOTORS OR FOR PUMPS WITH
REMOTE MOUNTED VFD’S.
HYDRONIC PUMPS
M A
R K
DESCRIPTION SERVICE
PERFORMANCE MOTOR
M
IN
IM
U
M P
U M
P E
F F
IC
IE
N C
Y
P U
M P
S U
C T
IO
N
S
IZ
E
P U
M P
D
IS
C H
A R
G E
S
IZ
E
SEISMIC
RESTRAINTS BASIS OF DESIGN
S E
E N
O T
E
G P
M
M
IN
R
E Q
U
IR
E D
F T
H
D
H O
R S
E P
O W
E R
H
P
V O
L T
A G
E
P H
A S
E
R P
M
E L
E C
T R
O N
IC
A
L L
Y C
O M
M U
T A
T
V
R
IA
B L
E F
R E
Q U
E N
C Y
D R
IV
E
M
IN
IM
U
M S
C C
R
A M
P S
R E
Q U
IR
E
D
I M
P O
R T
A N
C E
F A
C T
O R
M A
N U
F A
C T
U R
E R
M O
D E
L
P-1 HWB-1 PRIMARY PUMP HEATING HOT WATER 36.0 15 1/2 120-1 1750 ● - 10,000 65.1 1.25" 1.25" ● 1.5 ARMSTRONG SERIES S
P-2 HWB-2 PRIMARY PUMP HEATING HOT WATER 36.0 15 1/2 120-1 1750 ● - 10,000 65.1 1.25" 1.25" ● 1.5 ARMSTRONG SERIES S
P-3 HWB-3 PRIMARY PUMP HEATING HOT WATER 36.0 15 1/2 120-1 1750 ● - 10,000 65.1 1.25" 1.25" ● 1.5 ARMSTRONG SERIES S
P-4 SECONDARY HOT WATER PUMP HEATING HOT WATER 72.0 55 2 208-3 3013 - ● 10,000 50.3 3" 3" ● 1.5 ARMSTRONG DESIGN ENVELOPE SERIES
P-5 SECONDARY HOT WATER PUMP HEATING HOT WATER 72.0 55 2 208-3 3013 - ● 10,000 50.3 3" 3" ● 1.5 ARMSTRONG DESIGN ENVELOPE SERIES
P-6 AHU-204-1 COIL PUMP HEATING HOT WATER 11.5 12 1/4 120-1 2000 ● - 10,000 10.7 1.5" 1.5" ● 1.5 ARMSTRONG SERIES COMPASS
P-7 AHU-205-1 COIL PUMP HEATING HOT WATER 11.5 12 1/4 120-1 2000 ● - 10,000 10.7 1.5" 1.5" ● 1.5 ARMSTRONG SERIES COMPASS
P-8 AHU-205-G COIL PUMP HEATING HOT WATER 7.5 12 1/16 120-1 3250 ● - 10,000 10.7 1" 1" ● 1.5 ARMSTRONG SERIES COMPASS
NOTES:
1. BASIS OF DESIGN IS BELL & GOSSETT - D-40
GENERAL NOTES:
A. AIR CHARGE TANK IN THE FIELD TO SCHEDULED AIR
PRESSURE.
B. WHEN APPLICABLE, REFER TO SPECIFICATIONS FOR
SEISMIC RESTRAINT REQUIREMENTS.
EXPANSION TANKS
M A
R K
SYSTEM
TYPE CAPACITY
APPROX.
DIMENSIONS
CONNECTION
SIZES
SEISMIC
RESTRAINTS
S E
E N
O T
E
D
IA
P H
R A
G M
B
L A
D D
E R
C O
N V
E N
T
IO
N A
L
V E
N T
E D
V E
R T
IC
A
L
H O
R
IZ
O N
T A
L
M
IN
T
O T
A L V
O L
U M
E
G A
A
C C
E P
T
V O
L
(G A
L
A
IR
P R
E S
S U
R E
P
S
IG
D
IA
M E
T E
R
H E
IG
H
T L
E N
G T
H
I N
L E
T C
O N
N E
C T
IO
N
D R
A
IN
C O
N N
E C
T
IO
N
R E
Q U
IR
E
D
I M
P O
R T
A N
C E
F A
C T
O R
ET-1 HEATING HOT WATER ● - - ● 21.7 11.3 12 24" 41" 1" 1" ● 1.5 1
Revisions Date
ZONE TAG ROOM NAME & NUMBER
ZONING SCHEDULE
P: 937-224-0861 www.heapy.com
VA Project No.
RDC/JPA Project No.
Project Number
Building Number
Drawing Number
Project Title
Location
Issue Date Checked Drawn
Drawing Title
Approved:
VA FORM 08 - 6231
A
FULLY SPRINKLERED
U.S. Departm ent of Veterans Affairs
B
C
D
E
F
A
B
C
D
E
F
21 4 5 6 7 8 9 10
Phase
ARCHITECT/ENGINEER OF RECORD STAMPCONSULTANT
321 4 5 6 7 8 9 10
Office of Construction and Facilities Management
PROJECT NO.
100% CONSTRUCTION DOCUMENTS 02.12.2021
/1
/2
:0
:1
A M
Construct Replacement CLC - Long Term Rehab
02.12.2021
SCHEDULES
M602
AJGW JS
596-333
Lexington, Kentucky
204 & 205
100% CONSTRUCTION
DOCUMENTS
19009.00
2019-05137
NOTES:
1. COOLING-ONLY UNIT
2. PROVIDE OCCUPANCY SENSORS WHERE NOT PROVIDED
WITH LIGHTING CONTROL.
3. PROVIDE WITH 3-WAY CONTROL VALVE.
GENERAL NOTES:
A. TYPES: "V.V." - VARIABLE VOLUME;
"V.V.R." - VARIABLE VOLUME REHEAT;
"C.V.R." - CONSTANT VOLUME REHEAT;
"V.V.E." - VARIABLE VOLUME EXHAUST;
"C.V.E." - CONSTANT VOLUME EXHAUST.
B. 0.35" MAX. S.P. DROP THRU UNIT & COIL
AT MAX. CFM.
C. REHEAT COIL CAPACITIES BASED ON HEATING MAX.
CFM, 55°F ENT. AIR & 140°F ENT. WATER, 110°F MIN.
LVG. WATER, AND MAX. 10 FT. HD. W.P.D.
D. AUTO VALVES SHALL BE 2-WAY TYPE UNLESS
NOTED OTHERWISE.
E. WHEN APPLICABLE, REFER TO SPECIFICATIONS FOR
SEISMIC RESTRAINT REQUIREMENTS.
F. WHEN PICV IS INDICATED, MINIMUM REQUIRED INLET
PRESSURE SHALL NOT EXCEED 5 PSIG.
G. IF REHEAT COIL IS FURNISHED SEPARATELY FROM
TERMINAL UNIT, PROVIDE DUCT TRANSITION AS
REQUIRED BETWEEN TERMINAL UNIT AND COIL.
AIR TERMINAL UNITS - HOT WATER HEAT
M A
R K
T Y
P E
MINIMUM
INLET
SIZE CFM REHEAT COIL
AUTO
CONTROL
VALVE
SEISMIC
RESTRAINTS
R E
F E
R T
O N
O T
E
D
IA
M E
T E
R
W
ID
T H
H E
IG
H
T
C O
O L
IN
G M
A X
IM
U
M
D E
A D
B A
N D
M
IN
IM
U
M
U N
O C
C U
P
IE
D A
IR
F
L O
W
H E
A T
IN
G
M A
X
IM
U M
M B
H
G P
M
P
IP
E R
U N
O U
T S
IZ
E S
S U
R E
D E
P E
N D
E N
T
P R
E S
S U
R E
D E
P E
N D
E N
T C
V
P R
E S
S U
R E
I N
D E
P E
N D
E N
T
P
IC
Q U
IR
E
D
I M
P O
R T
A N
C E
F A
C T
O
204-101 V.V.R. 6" 330 140 0 285 10.7 0.8 0.75" ● 0.4 - ● 1.5 3
204-102 C.V.R. 12" 910 910 0 910 24.7 1.7 0.75" ● 0.8 - ● 1.5
204-103 V.V.R. 6" 280 170 0 215 8.2 0.6 0.75" ● 0.3 - ● 1.5
204-104 V.V.R. 8" 600 230 90 300 10.1 0.7 0.75" ● 0.3 - ● 1.5 2, 3
204-105 V.V.R. 6" 280 170 0 215 8.2 0.6 0.75" ● 0.3 - ● 1.5 3
204-106 V.V.R. 6" 150 30 0 75 2.9 0.3 0.75" ● 0.1 - ● 1.5
204-107 V.V.R. 6" 280 140 0 280 10.7 0.8 0.75" ● 0.4 - ● 1.5
204-108 V.V.R. 6" 330 140 0 215 7.6 0.6 0.75" ● 0.3 - ● 1.5
204-109 C.V.R. 6" 350 350 0 350 9.5 0.7 0.75" ● 0.3 - ● 1.5
204-110 V.V.R. 6" 200 120 30 120 3.3 0.3 0.75" ● 0.1 - ● 1.5 2, 3
204-111 V.V.R. 6" 280 140 0 185 7.1 0.5 0.75" ● 0.2 - ● 1.5
204-112 V.V.R. 6" 280 140 0 185 7.1 0.5 0.75" ● 0.2 - ● 1.5
204-113 C.V.R. 7" 425 425 0 425 11.6 0.8 0.75" ● 0.4 - ● 1.5
204-114 V.V.R. 6" 330 140 0 215 7.6 0.6 0.75" ● 0.3 - ● 1.5
204-115 C.V.R. 6" 100 100 0 100 2.8 0.3 0.75" ● 0.1 - ● 1.5
204-116 V.V.R. 6" 300 235 45 235 6.4 0.5 0.75" ● 0.2 - ● 1.5 2
204-117 V.V.R. 6" 125 50 0 65 1.8 0.3 0.75" ● 0.1 - ● 1.5
204-118 V.V.R. 6" 160 40 25 80 2.2 0.3 0.75" ● 0.1 - ● 1.5 2
204-119 C.V.R. 6" 125 125 0 125 3.4 0.3 0.75" ● 0.1 - ● 1.5
204-120 C.V.R. 9" 530 530 0 530 14.7 1.0 0.75" ● 0.4 - ● 1.5
204-121 V.V.R. 6" 280 140 0 185 7 0.5 0.75" ● 0.2 - ● 1.5
204-122 V.V.R. 6" 330 135 0 215 7.6 0.6 0.75" ● 0.3 - ● 1.5 3
204-123 V.V.R. 6" 215 80 35 190 7.2 0.5 0.75" ● 0.2 - ● 1.5 2, 3
204-124 V.V.R. 7" 460 115 70 400 13.2 0.9 0.75" ● 0.4 - ● 1.5 2
204-125 V.V.R. 7" 370 85 55 245 9.3 0.7 0.75" ● 0.3 - ● 1.5 2
204-126 V.V. 6" 150 0 0 0 - 0.0 0" ● 0 - - - 1
204-201 C.V.R. 8" 570 570 0 570 15.5 1.1 0.75" ● 1.1 - ● 1.5
205-101 C.V.R. 6" 240 240 0 240 9.2 0.7 0.75" ● 0.3 - ● 1.5 3
205-102 V.V.R. 6" 270 65 40 190 7.2 0.5 0.75" ● 0.2 - ● 1.5 2
205-103 V.V.R. 6" 300 140 0 225 8.5 0.6 0.75" ● 0.3 - ● 1.5
205-104 V.V.R. 6" 280 140 0 185 7 0.5 0.75" ● 0.2 - ● 1.5
205-105 V.V.R. 6" 280 140 0 185 7 0.5 0.75" ● 0.2 - ● 1.5
205-106 V.V.R. 6" 300 140 0 270 10.2 0.7 0.75" ● 0.3 - ● 1.5
205-107 C.V.R. 7" 400 400 0 400 10.9 0.8 0.75" ● 0.4 - ● 1.5
205-108 V.V.R. 6" 320 105 50 265 10 0.7 0.75" ● 0.3 - ● 1.5 2
205-109 C.V.R. 7" 420 420 0 420 12.4 0.9 0.75" ● 0.4 - ● 1.5
205-110 C.V.R. 6" 350 350 0 350 9.5 0.7 0.75" ● 0.3 - ● 1.5
205-111 V.V.R. 6" 300 175 45 175 5.7 0.4 0.75" ● 0.2 - ● 1.5 2
205-112 C.V.R. 7" 400 400 0 400 10.9 0.8 0.75" ● 0.4 - ● 1.5
205-113 V.V.R. 8" 600 270 90 300 10.7 0.8 0.75" ● 0.4 - ● 1.5 2, 3
205-114 V.V.R. 6" 300 160 45 160 4.4 0.3 0.75" ● 0.1 - ● 1.5 2
205-115 C.V.R. 6" 125 125 0 125 3.4 0.3 0.75" ● 0.1 - ● 1.5
205-116 V.V.R. 6" 100 20 15 50 1.4 0.3 0.75" ● 0.0 - ● 1.5 2
205-117 V.V.R. 6" 280 140 0 185 7 0.5 0.75" ● 0.2 - ● 1.5
205-118 V.V.R. 6" 280 140 0 185 7 0.5 0.75" ● 0.2 - ● 1.5
205-119 V.V.R. 6" 320 170 0 320 12.1 0.9 0.75" ● 0.4 - ● 1.5 3
205-120 V.V.R. 6" 320 170 0 210 7.6 0.5 0.75" ● 0.2 - ● 1.5 3
205-121 C.V.R. 6" 100 100 0 100 2.8 0.3 0.75" ● 0.1 - ● 1.5
205-122 V.V.R. 6" 160 35 25 80 2.2 0.3 0.75" ● 0.1 - ● 1.5 2
205-123 C.V.R. 6" 125 125 0 125 3.4 0.3 0.75" ● 0.1 - ● 1.5 3
205-124 V.V.R. 6" 280 140 0 185 7 0.5 0.75" ● 0.2 - ● 1.5
205-125 V.V.R. 6" 280 140 0 280 10.5 0.7 0.75" ● 0.3 - ● 1.5 3
205-126 V.V.R. 6" 200 40 30 100 2.8 0.3 0.75" ● 0.2 - ● 1.5 2
205-201 C.V.R. 9" 770 770 115 770 20.9 1.4 0.75" ● 0.7 - ● 1.5 2
205-G01 C.V.R. 6" 250 250 40 250 6.8 0.5 0.75" ● 0.2 - ● 1.5 2
205-G02 V.V.R. 9" 660 165 100 330 9.3 0.7 0.75" ● 0.3 - ● 1.5 2
205-G03 V.V.R. 6" 360 255 55 290 11 0.8 0.75" ● 0.4 - ● 1.5 2
205-G04 V.V.R. 6" 300 260 0 260 7.1 0.5 0.75" ● 0.2 - ● 1.5
205-G05 V.V.R. 6" 140 115 0 115 3.2 0.5 0.75" ● 0.1 - ● 1.5
205-G06 C.V.R. 8" 560 560 85 560 15.2 1.1 0.75" ● 0.5 - ● 1.5 2
205-G07 V.V.R. 6" 330 280 50 280 9.9 0.7 0.75" ● 0.3 - ● 1.5 2
205-G08 V.V.R. 6" 120 95 20 95 2.6 0.3 0.75" ● 0.1 - ● 1.5 2
205-G09 V.V. 7" 500 0 0 0 - 0.0 0" ● 0 - ● 1.5 1
205-G10 V.V.R. 7" 380 320 0 320 8.7 0.6 0.75" ● 0.3 - ● 1.5
205-G11 V.V.R. 6" 100 60 15 60 1.7 0.3 0.75" ● 0.1 - ● 1.5 2
205-G12 V.V.R. 7" 410 205 60 205 5.8 0.4 0.75" ● 0.2 - ● 1.5 2
205-G13 V.V.R. 7" 410 180 60 205 6 0.4 0.75" ● 0.2 - ● 1.5 2
205-G14 V.V.R. 9" 810 340 120 405 11 0.8 0.75" ● 0.4 - ● 1.5 2, 3
205-G15 C.V.R. 9" 840 840 0 840 22.8 1.6 0.75" ● 0.8 - ● 1.5
205-G16 V.V.R. 6" 100 80 0 80 2.3 0.3 0.75" ● 0.1 - ● 1.5
205-G17 V.V.R. 6" 120 60 20 60 1.7 0.3 0.75" ● 0.1 - ● 1.5 2
205-G18 V.V.R. 6" 160 60 25 140 5.3 0.4 0.75" ● 0.2 - ● 1.5 2, 3
205-G20 V.V.R. 6" 100 60 15 60 2 0.3 0.75" ● 0.1 - ● 1.5 2
205-G21 V.V.R. 7" 410 185 60 205 7.1 0.5 0.75" ● 0.2 - ● 1.5 2
205-G22 V.V.R. 6" 50 10 0 25 0.9 0.3 0.75" ● 0.0 - ● 1.5
205-G23 V.V.R. 6" 210 0 0 0 - 0.0 0" ● 0 - ● 1.5 1
DUCT CONSTRUCTION, SEALING, AND INSULATION
GENERAL NOTES:
A. REFER TO SPECIFICATIONS FOR DUCT CONSTRUCTION:
SHEET M ETAL DUCT; INTERIOR LINING; EXTERIOR
INSULATION; FIBERGLASS DUCTBOARD; ETC.
B. DUCT CONSTRUCTION AND SEALING SHALL BE PER
LATEST S.M .A.C.N.A. STANDARDS.
NOTES:
1. RETURN DUCTW ORK W ITHIN 15' OF AIR HANDLING UNIT SHALL BE EXTERNALLY LINED.
2. STAINLESS STEEL DUCTW ORK.
3. INSULATE FROM 24" UPSTREAM OF BACKDRAFT / ISOLATION DAM PER TO PENETRATION OF W ALL.
4. CONCEALED ROUND RUNOUT DUCTS TO AIR DEVICES MAY BE 1" S.P. CLASS.
DUCT SYSTEM
S.P. CON-
STRUCT.
SEAL
CLASS
LEAKAGE
CLASS
S.M.A.C.N.A. CLASS.
INTERNALLY
LINED
EXTERNAL
INSULATION
NOT
INSULATED
SEE
NOTE
DOUBLE
W ALL
INSULATEDRECT RND
NOTE 3
+3" A 8 4
A
A
A
A
SUPPLY DUCTW ORK UPSTREAM OF
VAV BOXES
SUPPLY DUCTW ORK DOW NSTREAM OF
VAV BOXES
EXHAUST DUCTW ORK UPSTREAM OF
EF-1
-1"
EXHAUST DUCTW ORK UPSTREAM OF
EF-2 & EF-3
-1"
RELIEF AIR DUCTW ORK AND PLENUM S
OUTSIDE AIR DUCTW ORK AND
PLENUMS
+1
-1"
1,4●--8A-2" 16 -
--8A-2" 16 -
RETURN DUCTW ORK
---●-+1" A 16 8
--8A-1" 16 -
HVAC DESIGN DATA
GENERAL NOTES:
A. OUTDOOR DESIGN CONDITIONS:
91.6°F DB SUM MER
73.9°F W B SUM MER
8.3°F DB W INTER
NOTES:
1. LISTED RH IS M AXIM UM ANTICIPATED AT LISTED
DB TEMPERATURE.
2. MINIM UM TOTAL AIR CHANGE RATE IS TO BE BASED
ON SUPPLY CFM .
SPACE NAM E / TYPE °F DB
INTERIOR DESIGN DATA
SEE NOTE
CONCIERGE STATION 2
COOLING HEATING
% RH
(NOTE 1) °F DB
% RH
(NOTE 1)
75 60 M AX 70 20 MIN
B. DESIGN ALTITUDE: 988 FT.
MINIMUM
TOTAL AIR
CHANGES
DESIGN
PRESSURE
RELATIONSHIP
NEG4
3. MINIMUM TOTAL AIR CHANGE RATE IS TO BE BASED
ON EXHAUST/RETURN CFM.
NOTES:
1. BOILER SHALL BE DUEL-FUEL WITH NATURAL GAS AS PRIMARY
FUEL SOURCE AND PROPANE BACKUP.
2. BASIS OF DESIGN IS CAMUS - ADVANTUS
GENERAL NOTES:
A. WHEN APPLICABLE, REFER TO SPECIFICATIONS FOR SEISMIC RESTRAINT
REQUIREMENTS.
B. LISTED GAS DELIVERY PRESSURE IS DELIVERY PRESSURE TO THE
BOILER'S GAS TRAIN.
C. ELECTRIC SERVICE SHALL BE SINGLE POINT POWER CONNECTION.
WHEN CONTROL POWER DIFFERS FROM SERVICE POWER, PROVIDE
FACTORY INSTALLED TRANSFORMER.
D. IT IS RECOGNIZED THAT SOME BOILER MANUFACTURERS REQUIRE AN
INTEGRAL Hx CIRCULATION PUMP IN ADDITION TO THE BOILER'S PRIMARY
PUMP. THE SINGLE POINT POWER CONNECTION TO THE BOILER SHALL
INCLUDE POWER FOR THE Hx CIRCULATION PUMP. REFER TO PUMP
SCHEDULE FOR ASSOCIATED PRIMARY PUMP.
HOT WATER BOILERS
M A
R K
DESCRIPTION
LOCATION TYPE CAPACITY BURNER ELECTRICAL SERVICE CONNECTION SIZES APPROX. DIMENSIONS MISC.
SEISMIC
RESTRAINTS
S E
E N
O T
E
ROOM NAME R
O
O M
N U
M B
E R
C O
N D
E N
S
IN
G
N O
N -C
O N
D E
N S
G
T U
R A
L G
A S
O
IL
-F
IR
E D
C O
M B
IN
A
T
IO
N G
A S
/O
IL
E L
E C
T R
IC
I N
P U
T
M B
H
O U
T P
U T
M
B H
E N
T E
R
IN
G W
A T
E R
T E
M P
E R
A T
U R
E
°F
L E
A V
IN
G
W A
T E
R T
E M
P E
R A
T U
R E
°F
G P
M
G A
S D
E L
IV
E
R Y
P R
E S
S U
R E
IN
W
.C
I N
T E
G R
A L
H x C
IR
C
P
U M
P
N O
T E
D
V O
L T
A G
E
P H
A S
E
F U
L L
L O
A D
A M
P S
F
L A
M A
X O
V E
R C
U R
R E
N T
P R
O T
E C
T
IO
N
M O
C
IM
U
M S
C C
R
A M
P S
W A
T E
R I
N L
E T
W A
T E
R O
U T
L E
T
G A
S
F L
U E
V E
N T
C O
M B
U S
T
IO
N A
IR
L E
N G
T H
W
ID
T H
H E
IG
H
T
A P
P R
O X
O
P E
R A
T
IN
G W
E
IG
H T
L
B S
C O
N C
R E
T E
P A
D
S A
F E
T Y
R E
L
IE
F V
A L
V E
S E
T T
IN
G
P
S
IG
B O
IL
E
R C
O N
T R
O L
A N
D S
E Q
U E
N C
IN
G
P A
N
Q U
IR
E
D
I M
P O
R T
A N
C E
F A
C T
O R
HWB-1 HOT WATER
BOILER
MECHANICAL
ROOM
323 ● - ● - - - 600 540 110 140 36 11 - 120-1 8.0 15 10,000 2" 2" 1" 5" 6" 2'-10" 3'-2" 0'-4" 860 ● 75 ● ● 1.5 1, 2
HWB-2 HOT WATER
BOILER
MECHANICAL
ROOM
323 ● - ● - - - 600 540 110 140 36 11 - 120-1 8.0 15 10,000 2" 2" 1" 5" 6" 2'-10" 3'-2" 0'-4" 860 ● 75 ● ● 1.5 1, 2
HWB-3 HOT WATER
BOILER
MECHANICAL
ROOM
323 ● - ● - - - 600 540 110 140 36 11 - 120-1 8.0 15 10,000 2" 2" 1" 5" 6" 2'-10" 3'-2" 0'-4" 860 ● 75 ● ● 1.5 1, 2
CORRIDOR 75 60 M AX 70 20 MIN 4
OFFICE 75 60 M AX 70 20 MIN N/A4
M EDIA CENTER 75 60 M AX 70 20 MIN N/A6
REHABILITATION THERAPY
GYM
75 60 M AX 70 20 MIN 6
75 60 M AX 70 20 MIN 6
STAFF LOUNGE / LOCKERS 75 60 M AX 70 20 MIN 6
DEN 75 60 M AX 70 20 MIN N/A4
RESIDENT BEDROOM 75 60 M AX 70 20 MIN N/A4
LIVING ROOM 75 60 M AX 70 20 MIN N/A4
BATHING SUITE 75 60 M AX 82 N/A 10
KITCHEN AND SERVERY 75 60 M AX 70 20 MIN 6
75 60 M AX 70 20 MIN N/A4
DINING ROOM 75 60 M AX 70 20 MIN 4
M EDICATION ROOM 75 60 M AX 70 20 MIN POS4
TOILET 3N/A N/A 70 N/A 10
HAC N/A N/A N/A N/A 10
STORAGE -N/A N/A N/A N/A N/A-
EXTERIOR STAIRS -N/A N/A 50 N/A N/A-
VESTIBULE -N/A N/A 50 N/A -
GARAGE -N/A N/A 50 N/A N/A-
RESIDENT BATHROOM N/A N/A N/A N/A 10
PANTRY -N/A N/A N/A N/A N/A-
SOILED UTILITY ROOM N/A N/A N/A N/A 10
CLEAN LINEN STORAGE N/A N/A N/A N/A 4
COM MUNICATIONS CLOSET 68 N/A 68 N/A N/A6
ELECTRICAL ROOM -86 N/A 40 N/A N/A-
86 N/A 40 N/A N/A6
84 N/A 50 N/A N/A4
LAUNDRY 78 60 M AX 70 N/A 10
BIOM EDICAL INSTRUMENT
REPAIR SHOP
HEATING / M ECHANICAL
ROOM
M ULTIPURPOSE /
CONFERENCE ROOM
AIR HANDLING EQUIPM ENT
ROOM
NEG
NEG
NEG
NEG
NEG
NEG
NEG
NEG
NEG
NEG
NEG
POS
POS
POS 2
NOTES:
1. ALL VALVES ARE NORMALLY CLOSED.
CHEMICAL POT FEEDERS
M A
R K
SYSTEM C
A
P A
C
IT
Y
G A
L L
O N
SHUTOFF VALVES
F
IL
T E
R
S E
E N
O T
E
I N
L E
T S
IZ
E
O U
T L
E T
S
IZ
E
D R
A
IN
S
IZ
E
CPF-1 HEATING HOT WATER 5 1.25" 1.25" 1.25" - 1
NOTES:
1. BASIS OF DESIGN IS BELL & GOSSETT RL-3F.
GENERAL NOTES:
A. WHEN AUTO BLOW-DOWN VALVE IS REQUIRED,
INCLUDE BALANCING VALVE AND PIPE DISCHARGE
TO FLOOR DRAIN, AND COORDINATE SEQUENCING
WITH CHEMICAL TREATMENT.
B. WHEN APPLICABLE, REFER TO SPECIFICATIONS FOR SEISMIC
RESTRAINTS.
AIR / DIRT SEPARATORS
M A
R K
SYSTEM
TYPE CAPACITY
APPROXIMATE
DIMENSIONS
A U
T O
B L O
W -D
O W
N V
A L
V E
H
IG
H C
A P
A C
IT
Y
A U
T O
A
IR
V E
N T
SEISMIC
RESTRAINTS
S E
E N
O T
E
I N
-L
IN
E
S U
P P
O R
T F
R O
M F
L O
O R
S U
P P
O R
T F
R O
M S
T R
U C
T U
R E
W
IT
H S
T R
A
IN
E R
W
IT
H O
U T
S T
R A
IN
E
R
G P
M
M A
X
W A
T E
R P
R E
S S
D
R O
P
F T
H
IM
U
M I
N L
E T
S
IZ
E
D
IA
M E
T E
R
H E
IG
H
T
A P
P R
O X
O
P E
R A
T
IN
G W
E
IG
H T
L
B S
R E
Q U
IR
E
D
I M
P O
R T
A N
C E
F A
C T
O R
AS-1 HEATING HOT WATER - - ● - ● 80.0 2 3" 10.75" 26.875" 173 - ● ● 1.5 1
RETURN DUCTW ORK IN
UNCONDITIONED SPACES
EXHAUST DUCTW ORK UPSTREAM OF
ERU
●-8A+1" 16 - -
EXHAUST DUCTW O RK DOW NSTREAM
OF ERU
NOTE 3
●-8A-1" 16 -
VENTILATION DUCTW ORK UPSTREAM
OF ERU
NOTE 3
VENTILATION DUCTW ORK
DOW NSTREAM O F ERU
---8A+1" 16 -●
●-8A
EXHAUST DUCTW O RK DOW NSTREAM
OF EF-2 & EF-3
+1" 16 -NOTE 3
--8A-1" 16 - -
EXHAUST DUCTW O RK UPSTREAM OF
ERU IN UNCONDITIO NED SPACES
77 N/A N/A N/A N/AN/AELEVATOR M ACHINE ROOM -
P: 937-224-0861 www.heapy.com
VA Project No.
RDC/JPA Project No.
Project Number
Building Number
Drawing Number
Project Title
Location
Issue Date Checked Drawn
Drawing Title
Approved:
VA FORM 08 - 6231
A
FULLY SPRINKLERED
U.S. Departm ent of Veterans Affairs
B
C
D
E
F
A
B
C
D
E
F
21 4 5 6 7 8 9 10
Phase
ARCHITECT/ENGINEER OF RECORD STAMPCONSULTANT
321 4 5 6 7 8 9 10
Office of Construction and Facilities Management
PROJECT NO.
100% CONSTRUCTION DOCUMENTS 02.12.2021
/1
/2
:0
:1
A M
Construct Replacement CLC - Long Term Rehab
02.12.2021
SCHEDULES
M603
AJGW JS
596-333
Lexington, Kentucky
204 & 205
100% CONSTRUCTION
DOCUMENTS
19009.00
2019-05137
NOTES:
1. UNIT SHALL HAVE SINGLE POINT POWER CONNECTION.
GENERAL NOTES:
A. ELECTRIC SERVICE - SINGLE POINT POWER SERVICE CONNECTION TO UNIT
BY E.C. ADEQUACY OF LISTED CIRCUIT SIZE MUST BE VERIFIED BY H.C. AND
UNIT SUPPLIER. COST FOR INCREASE OR CHANGE OF ELECTRIC SERVICE
FOR EQUIPMENT SELECTED SHALL BE BORNE BY H.C.
B. WHEN APPLICABLE, REFER TO SPECIFICATIONS FOR SEISMIC RESTRAINT
REQUIREMENTS.
C. IF EC MOTORS ARE INDICATED OR SPECIFIED, EACH MOTOR SHALL BE
PROVIDED WITH FACTORY DISCONNECTING MEANS, INTERNAL OVERLOAD
PROTECTION, FIELD ADJUSTABLE SPEED CONTROL, AND REMOTE
ANALOGUE SPEED CONTROL INPUT WHEN REMOTE CONTROL IS SPECIFIED,
COORDINATED WITH THE BUILDING AUTOMATION SYSTEM.
D. REFER TO ASHRAE STANDARD 90.1 FOR DEFINITION / CALCULATION OF
ENERGY RECOVERY EFFECTIVENESS.
ENERGY RECOVERY UNITS
M A
R K
DESCRIPTION
SUPPLY FAN EXHAUST FAN OUTSIDE AIR INLET EXHAUST AIR INLET SUPPLY AIR DISCHARGE ENERGY RECOVERY DEVICE FILTERS ELECTRICAL SERVICE
SEISMIC
RESTRAINTS BASIS OF DESIGN
S E
E N
O T
E
C F
M
E X
T
S T
A T
IC
P
R E
S S
U R
E
IN
W .C
W H
E E
L D
IA
T
Y P
E
F A
N Q
U A
N T
IT
Y
M O
T O
R
H P
E
A C
H
SPEED
CONTROL
I N
T E
G R
A L P
IE
Z
O R
IN
G
A
IR
F L
O W
S T
A T
IO
N
C F
M
E X
T
S T
A T
IC
P
R E
S S
U R
E
IN
W .C
W H
E E
L D
IA
T
Y P
E
F A
N Q
U A
N T
IT
Y
M O
T O
R
H P
E
A C
H
SPEED
CONTROL
I N
T E
G R
A L P
IE
Z
O R
IN
G
A
IR
F L
O W
S T
A T
IO
N
S U
M M
T
A
IR
T
E M
P D
B /W
B
°F
W
IN
T
T
A
IR
T E
M P
D
B /W
B
°F
S U
M M
T
A
IR
T
E M
P D
B /W
B
°F
W
IN
T
T
A
IR
T E
M P
D
B /W
B
°F
S U
M M
E R
D
IS
C H
A
IR
T
E M
P D
B /W
B
°F
W
IN
T
IS
C H
A
IR
T
E M
P
D B
/W B
°F
S E
N S
IB
L
E
E N
T H
A L
P Y
TYPE
M
IN
A
H R
I E
F F
E C
T
IV
E N
E S
S
M
IN
A
S H
R A
E E
N E
R G
Y R
E C
O V
E R
Y E
F F
E C
T
IV
E N
E S
S
(N O
T E
L T
A G
E
P H
A S
E
S U
P P
L Y
S
ID
E
T H
IC
K
N E
S S
M
E R
V
E X
H A
U S
T S
ID
E
T
H
IC
K N
E S
S
M E
R V
V O
L T
A G
E
P H
A S
E
F U
L L
L O
A D
A M
P S
F
L A
M
IN
C
IR
C U
IT
A
M P
S
M C
A
M A
X O
V E
R C
U R
R E
N T
P R
O T
E C
T
IO
N
M O
C
IM
U
M S
C C
R
A M
P S
R E
Q U
IR
E
D
I M
P O
R T
A N
C E
F A
C T
O R
MANUFACTURER MODEL E
L
E C
T R
O N
IC
A
L L
Y C
O M
M U
T A
T E
D M
O T
O
R
IA
B L
E F
R E
Q U
E N
C Y
D R
IV
E
V A
R
IA
B L
E F
R E
Q U
E N
C Y
D R
IV
E
Q
T Y
E L
E C
T R
O N
IC
A
L L
Y C
O M
M U
T A
T E
D M
O T
O
R
IA
B L
E F
R E
Q U
E N
C Y
D R
IV
E
V A
R
IA
B L
E F
R E
Q U
E N
C Y
D R
IV
E
Q
T Y
W H
E E
L
P L
A T
E
H E
A T
P
IP
E
ERU-204 BUILDING 204 ERU 3,000 0.75 19.5 / B.I. 1 3.75 ● - - - 2,295 0.85 19.5 / B.I. 1 3.75 ● - - - 92.0 / 74.0 8.0 / 7.0 75.0 / 63.0 72.0 / 54.0 82.0 / 69.2 42.8 / 36.7 - ● ● - - 0.47 0.61 208 - 3 2" / 7 2" / 7 208-3 15.03 18.79 - 5,000 ● 1.5 MICROMETL EVH 1
ERU-205 BUILDING 205 ERU 5,000 0.75 19.5 / B.I. 2 3.75 ● - - - 3,365 0.85 19.5 / B.I. 1 3.75 ● - - - 92.0 / 74.0 8.0 / 7.0 75.0 / 65.0 72.0 / 54.0 81.5 / 68.9 45.0 / 37.8 - ● ● - - 0.49 0.73 208 - 3 2" / 7 2" / 7 208-3 23.12 28.9 - 5,000 ● 1.5 MICROMETL EVH 1
NOTES:
1. PANEL SHALL BE 24" X 48"
GENERAL NOTES:
A. CAPACITY DATA BASED ON 125°F AVERAGE HOT WATER
TEMPERATURE.
B. WHEN APPLICABLE, REFER TO SPECIFICATIONS FOR SEISMIC
RESTRAINT REQUIREMENTS.
RADIANT HEATING SYSTEMS
M A
R K
DESCRIPTION
TYPE CAPACITY CEILING PANELS MISC.
SEISMIC
RESTRAINTS BASIS OF DESIGN
S E
E N
O T
E
F L
O O
R
C E
IL
IN
G P
A N
E L
W A
L L
P A
N E
L
ELECTRIC
P E
R F
O R
A T
E D
N O
N -P
E R
F O
R A
T E
D
F L
U T
E D
I N
S U
L A
T
IO
N P
A D
S
C O
L O
R B
Y A
R C
H
IT
E C
T
M A
N
IF
O L
D
S U
P P
L Y
M A
N
IF
O L
D
R E
T U
R N
I N
-F L O
O R
T U
B
IN
G
L
IN
E V
O L T
A G
E T
H E
R M
O S
T A
T
R E
Q U
IR
E
D
I M
P O
R T
A N
C E
F A
C T
O R
MANUFACTURER MODEL W
A
T T
S
P A
N E
L
V O
L T
A G
E
P H
A S
E
RHS-1 ELECTRIC RADIANT PANEL - ● - 750 120 - 1 - ● - - - - - - - - - MARLEY CP 1
RHS-2 ELECTRIC RADIANT PANEL - ● - 750 120 - 1 - ● - - - - - - - - - MARLEY CP 1
INDOOR UNIT
M A
R K
DESCRIPTION
LOCATION FAN DX COOLING FILTERS ELECTRICAL SERVICE APPROX. DIMENSIONS
C O
O L
IN
G
C O
IL
C
O N
D E
N S
A T
E D
R A
IN
P
U M
P
N O
T E
SEISMIC
RESTRAINTS BASIS OF DESIGN
ROOM NAME R
O
O M
N U
M B
E R
C F
M
E X
T E
R N
A L
S T
A T
IC
P
R E
S S
U R
E
IN
W .C
M O
T O
R
H P
T O
T A
L C
A P
A C
IT
Y
M
B H
S E
N S
IB
L
E C
A P
A C
IT
Y
M
B H
M E
R V
R A
T
IN
G
V O
L T
A G
E
P H
A S
E
F U
L L
L O
A D
A M
P S
F
L A
M
IN
C
IR
C U
IT
A
M P
S
M C
A
L E
N G
T H
W
ID
T H
H E
IG
H
T
R E
Q U
IR
E
D
I M
P O
R T
A N
C E
F A
C T
O R
MANUFACTURER MODEL
AC-1 HORIZONTAL DUCTED CONCEALED FAN COIL BIOMED 004 600 0.6 0.1 18 14.4 4 208-1 1.35 1.69 29" 36" 10" - ● 1.5 MITSUBISHI PEAD-A18
AC-2 WALL HUNG SPLIT SYSTEM OIT 027 425 - 0.05 12 9.7 4 208-1 0.33 1 10" 36" 12" - ● 1.5 MITSUBISHI PKA-A12
NOTES:
1. REFRIGERANT PIPE SIZING SHALL BE BY M ANUFACTURER'S RECOM MENDATIONS
GENERAL NOTES:
A. UNLESS NOTED OTHERW ISE, CAPACITIES SHALL BE BASED ON INTERIOR DESIGN
CONDITIONS OF 80 DB / 67 W B COOLING; 70 DB HEATING.
B. CONDENSING UNITS SHALL INCLUDE LOW AM BIENT CONTROLS AND ACCESSORIES,
OPERATIONAL TO 0°F.
C. CONDENSING UNIT COOLING CAPACITY SHALL BE BASED ON 95°F AMBIENT
CONDITIONS.
D. W HEN APPLICABLE, REFER TO SPECIFICATIONS FOR VIBRATION ISOLATOR TYPES AND
SEISMIC RESTRAINT REQUIREM ENTS.
SPLIT SYSTEM A/C UNITS
OUTDOOR CONDENSING UNIT - AIR COOLED
REFRIGERANT
CONN. SIZE
S E
E N
O T
E
M A
R K
DESCRIPTION N
O
M
IN
A L T
O N
S
S
IZ
E D
T O
M A
T C
H C
O
IL
V A
R
IA
B L
E S
P E
E D
C O
M P
R E
S S
O R
(S
ELECTRICAL SERVICE
SEISMIC
RESTRAINTS BASIS OF DESIGN
L
IQ
U
ID
L
IN
E
S U
C T
IO
N
L
IN
E
V O
L T
A G
E
P H
A S
E
M
IN
C
IR
C U
IT
A
M P
S
M C
A
M A
X O
V E
R C
U R
R E
N T
P R
O T
E C
T
IO
N
M O
C
IM
U
M S
C C
R
A M
P S
R E
Q U
IR
E
D
I M
P O
R T
A N
C E
F A
C T
O R
MANUFACTURER MODEL
CU-1 OUTDOOR CONDENSING UNIT 1.5 - 208-1 11 28 10,000 ● 1.5 MITSUBISHI SUZ-KA18 NOTE 1 NOTE 1 2
CU-2 OUTDOOR CONDENSING UNIT 1 - 208-1 14 15 10,000 ● 1.5 MITSUBISHI PUY-A18 NOTE 1 NOTE 1 2
E. REFRIGERANT PIPING - SIZES LISTED ARE APPROX. CIRCUITING, SIZING, NUM BER OF
PIPES AND CIRCUITS, ARRANGEMENT, ETC. SHALL BE IN ACCORDANCE W ITH
MANUFACTURER'S RECOMM ENDATIONS.
F. COOLING COIL CONDENSATE PUM PS SHALL BE FACTORY-FURNISHED,
COMPATIBLE W ITH INDOOR FAN COIL UNIT VOLTAGE AND POW ERED FROM
THE INDOOR FAN COIL UNIT SINGLE POINT POW ER CONNECTION.
G. ELECTRIC SERVICES FOR OUTDOOR UNIT AND INDOOR UNIT - SINGLE POINT POW ER
SERVICE CONNECTIONS TO EACH UNIT. UNLESS NOTED OTHERW ISE, ADEQUACY OF
LISTED CIRCUIT SIZES M UST BE VERIFIED BY H.C. AND UNIT SUPPLIER. COST FOR
INCREASE OR CHANGE OF ELECTRIC SERVICE FOR EQUIPM ENT SELECTED SHALL BE
BORNE BY H.C.
H. IF EC M OTORS ARE INDICATED OR SPECIFIED, EACH MOTOR SHALL BE PROVIDED
W ITH FACTORY DISCONNECTING MEANS, INTERNAL OVERLOAD PROTECTION, FIELD
ADJUSTABLE SPEED CONTROL, AND REM OTE ANALOGUE SPEED CONTROL INPUT
W HEN REMOTE CONTROL IS SPECIFIED, COORDINATED W ITH THE BUILDING
AUTOM ATION SYSTEM .
NOTES:
1. BOOSTER FAN SHALL BE DESIGNED FOR DUCT RUNS UP TO 130 FT.
2. BOOSTER FAN SHALL HAVE INTEGRAL PRESSURE SWITCH.
GENERAL NOTES:
A. ALL FANS SHALL BE A.M.C.A. 211 AND 311 PERFORMANCE CERTIFIED
AND SHALL BEAR THE A.M.C.A. LABEL.
B. SONES VALUES BASED ON A.M.C.A. 301 MEASURED AT 5 FT.
C. MOTOR HORSEPOWERS LISTED SHALL BE CONSIDERED MINIMUM.
E. ROOF & WALL OPENINGS ARE APPROX. VERIFY SIZE & COORDINATE.
F. COORDINATE STEEL FRAMING AROUND ROOF OPENING WHERE REQUIRED
FOR DECK SUPPORT, AND WALL LINTELS FOR WALL OPENINGS.
G. WHEN APPLICABLE, REFER TO SPECIFICATIONS FOR VIBRATION ISOLATOR
TYPES AND SEISMIC RESTRAINT REQUIREMENTS.
H. VFD'S SHALL BE CONSTRUCTED AND LABELED FOR REQUIRED SCCR
(SHORT CIRCUIT CURRENT RATING). COORDINATE WITH DIVISION 26.
I. IF EC MOTORS ARE INDICATED OR SPECIFIED, EACH MOTOR SHALL
BE PROVIDED WITH FACTORY DISCONNECTING MEANS, INTERNAL
OVERLOAD PROTECTION, FIELD ADJUSTABLE SPEED CONTROL, AND
REMOTE ANALOGUE SPEED CONTROL INPUT WHEN REMOTE CONTROL IS
SPECIFIED, COORDINATED WITH THE BUILDING AUTOMATION SYSTEM.
FANS
M A
R K
DESCRIPTION SERVICE C
O
N N
E C
T E
D C
F M
F A
N C
F M
S T
A T
IC
P
R E
S S
U R
E
IN
W .C
A P
P R
O X
W
H E
E L
D
IA
M E
T E
R
M A
X
IM
U M
S O
N E
S
MOTOR
A P
P R
O X
R
O O
F /W
A L
L O
P E
N
IN
G
A P
P R
O X
W
E
IG
H T
L
B S
SEISMIC
RESTRAINTS BASIS OF DESIGN
S E
E N
O T
E
H O
R S
E P
O W
E R
H
P
V O
L T
A G
E
P H
A S
E
E L
E C
T R
O N
IC
A
L L
Y C
O M
M U
T A
T
R
IA
B L
E F
R E
Q U
E N
C Y
D R
IV
E
M
IN
IM
U
M S
C C
R
A M
P S
R E
Q U
IR
I
P O
R T
A N
C E
F A
C T
O R
MANUFACTURER MODEL
EF-1 SIDEWALL PRV BIOMEDICAL WORKROOM EXHAUST 325 360 0.3875 9 5.2 1/10 120-1 ● - 10,000 12.5 X 12.5 31 ● 1.5 GREENHECK CUE-090-VG
EF-2 INLINE EXHAUST FAN B205 BATHING SUITE EXHAUST 250 275 0.5 8 8.1 1/10 120-1 ● - 5,000 - 49 ● 1.5 GREENHECK SQ-80-VG
EF-3 INLINE EXHAUST FAN B204 BATHING SUITE EXHAUST 250 275 0.5 8 8.1 1/10 120-1 ● - 5,000 - 49 ● 1.5 GREENHECK SQ-80-VG
EF-4 INLINE EXHAUST FAN DRYER EXHAUST BOOSTER FAN 170 170 - - - 1/10 120-1 - - 5,000 - - ● 1.5 FANTECH DBF 4XLT 1, 2
NOTES:
1. MOUNTING HEIGHT TO BOTTOM OF UNIT, UNLESS NOTED
OTHERWISE ON FLOOR PLANS.
2. BASIS OF DESIGN IS TRANE - UHS
3. BASIS OF DESIGN IS TRANE - FFC040
4. BASIS OF DESIGN IS TRANE - FFB040
GENERAL NOTES:
A. HEATING CAPACITY BASED ON 50°F ENT. AIR, 140°F EWT.
& 110°F LWT / 0%GLYCOL.
B. MAXIMUM 2 FT. HD. W.P.D. THRU COIL.
C. MOTOR: 115V-1PH UNLESS NOTED OTHERWISE.
D. VERIFY / COORDINATE CABINET DIMENSIONS, MOUNTING & RECESS
REQUIREMENTS PRIOR TO ORDERING.
E. WHEN APPLICABLE, REFER TO SPECIFICATIONS FOR VIBRATION
ISOLATOR TYPES AND SEISMIC RESTRAINT REQUIREMENTS.
F. RECESSED UNITS SHALL HAVE FOUR(4) SIDE OVERLAP UNLESS
NOTED OTHERWISE.
G. COORDINATE LINTELS IN MASONRY WALLS FOR FULL & SEMI-
RECESSED UNIT WALL OPENINGS.
H. IF EC MOTORS ARE INDICATED OR SPECIFIED, EACH MOTOR
SHALL BE PROVIDED WITH FACTORY DISCONNECTING MEANS,
INTERNAL OVERLOAD PROTECTION, FIELD ADJUSTABLE SPEED
CONTROL, AND REMOTE ANALOGUE SPEED CONTROL INPUT WHEN
REMOTE CONTROL IS SPECIFIED, COORDINATED WITH THE
BUILDING AUTOMATION SYSTEM.
HOT WATER HEATING UNITS
M A
R K
DESCRIPTION MOUNTING C
F
M
H E
A T
IN
G
C A
P A
C
IT
Y
M B
H
G P
M
P
IP
E R
U N
O U
T S
IZ
E
A U
T O
V A
L V
E T
Y P
E
A U
T O
V A
L V
E C
V
MOTOR
APPROX. CABINET
DIMENSIONS
SEISMIC
RESTRAINTS THERMOSTAT
S E
E N
O T
E
H P
W
A T
T S
E L
E C
T R
O N
IC
A
L L
Y C
O M
M U
T A
T
ID
T H
D E
P T
H
H E
IG
H
T
M O
U N
T
IN
G H
E
IG
H T
A
F F
N
O T
E
Q U
IR
I
P O
R T
A N
C E
F A
C T
O R
U N
IT
M
O U
N T
E D
W A
L L
M O
U N
T E
D
UH-1 PROPELLER CABINET UNIT HEATER SEE PLANS 245 5.25 0.4 0.75" 2-WAY .4 - / 16 - 18" 5.25" 16" 8'-0" ● 1.5 ● - 1, 2
UH-2 HORIZONTAL DUCTED CONCEALED UNIT HEATER SEE PLANS 375 18.15 1.2 0.75" 2-WAY 0.5 - / 100 - 33" 27" 10" 10'-0" ● 1.5 - ● 1, 3
UH-3 PROPELLER CABINET UNIT HEATER SEE PLANS 580 16.14 1.1 0.75" 2-WAY 0.5 - / 25 - 18" 5.25" 15" 8'-0" ● 1.5 ● - 1, 2
UH-4 PROPELLER CABINET UNIT HEATER SEE PLANS 580 16.14 1.1 0.75" 2-WAY 0.5 - / 25 - 18" 5.25" 15" 8'-0" ● 1.5 ● - 1, 2
UH-5 PROPELLER CABINET UNIT HEATER SEE PLANS 245 5.25 0.4 0.75" 2-WAY 0.2 - / 16 - 18" 5.25" 15" 8'-0" ● 1.5 ● - 1, 2
UH-6 VERTICAL CABINET UNIT HEATER SEE PLANS 320 18.15 1.2 0.75" 2-WAY 0.5 - / 100 - 39" 10" 26" 0'-0" ● 1.5 ● - 1, 4
NOTES:
1. 48" LENGTH - ONE 1.5" SLOT
2. 48" LENGTH - TWO 1" SLOTS
3. 24" LENGTH - TWO 1" SLOTS
4. 48" LENGTH - ONE 1" SLOT
5. 48" LENGTH - TWO 1.5" SLOTS
GENERAL NOTES:
A. ALL LAY-IN AIR DEVICES SHALL FIT IN 24"X24" LAY-IN
CLG SYSTEM. VERIFY GRID TYPE AND COORDINATE
AIR DEVICE COMPATIBILITY.
B. FINISH KEY: "W.B.E." - WHITE BAKED ENAMEL;
"E.C.L." - ETCHED CLEAR LACQUER OR ANODIZED;
"C.C.B.A." - CUSTOM COLOR SELECTED BY
ARCHITECT.
C. SUPPLY AIR DIFFUSERS SHALL BE 4-WAY
BLOW, UNLESS INDICATED OTHERWISE ON
DRAWINGS.
D. PROVIDE AUX. FRAMES FOR AIR DEVICES IN
PLASTER, GYPSUM BOARD, TILE OR OTHER
HARD SURFACES.
AIR DISTRIBUTION DEVICES
M A
R K
DESCRIPTION
MOUNTING TYPE MATERIAL FINISH
O P
P O
S E
D B
L A
D E
D A
M P
E R
S Q
-T O
-R D
N E
C K
A D
A P
T O
R
BASIS OF DESIGN
S E
E N
O T
E
L A
Y -I
N
S U
R F
A C
E
D U
C T
S P
L
IN
E
S N
A P
-I N
S T
E E
L
A L
U M
IN
U
M
S T
A
IN
L E
S S
S T
E E
L
W .B
.E
E .C
.L
C .C
.B .A
MANUFACTURER MODEL
CD1 STANDARD SQ. PLAQUE CEILING
DIFFUSER ROUND NECK
● ● ● TITUS OMNI-AA
CD2 STANDARD SQ. PLAQUE CEILING
DIFFUSER ROUND NECK
● ● ● TITUS OMNI-AA
CD3 LINEAR PLENUM SLOT ADJUSTABLE
BLADE DIFFUSER
● ● ● TITUS TBD-10 1
CD4 LINEAR PLENUM SLOT ADJUSTABLE
BLADE DIFFUSER
● ● ● TITUS TBD-10 2
CD5 LINEAR PLENUM SLOT ADJUSTABLE
BLADE DIFFUSER
● ● ● TITUS TBD-10 5
CD6 LINEAR PLENUM SLOT ADJUSTABLE
BLADE DIFFUSER
● ● ● TITUS TBD-10 3
CD7 LINEAR PLENUM SLOT ADJUSTABLE
BLADE DIFFUSER
● ● ● TITUS TBD-10 4
CG1 EGGCRATE CEILING GRILLE ● ● ● TITUS 50F
CG2 EGGCRATE CEILING GRILLE ● ● ● TITUS 50F
CR1 EGGCRATE CEILING REGISTER ● ● ● TITUS 50F
CR2 EGGCRATE CEILING REGISTER ● ● ● TITUS 50F
TR1 ADJUSTABLE AIRFOIL BLADE SUPPLY
REGISTER - DOUBLE DEFLECTION
● ● ● TITUS 272-FL
TR2 ADJUSTABLE AIRFOIL BLADE SUPPLY
REGISTER - DOUBLE DEFLECTION
● ● ● TITUS 272-FL
TR3 FIXED AIRFOIL BLADE RETURN
REGISTER
● ● ● TITUS 23-RL
TR4 FIXED AIRFOIL BLADE RETURN
REGISTER
● ● ● TITUS 23-RL
2. PROVIDE UNIT W ITH LOW AM BIENT KIT TO ALLOW OPERATION DOW N TO 0
DEGREES F.
AI
AO
BI
BO
PI
OAT
MAT
RAT
SAT
CCAT
HCAT
OAHY
RAH
SAH
NC
NO
L
H
C
XX-01
LEGEND-
AUTOMATIC TEMPERATURE CONTROLS
CONTROL POINT - SEE POINTS SCHEDULE
ANALOG INPUT
ANALOG OUTPUT
BINARY INPUT
BINARY OUTPUT
PULSED INPUT
OUTSIDE AIR TEMPERATURE
MIXED AIR TEMPERATURE
RETURN AIR TEMPERATURE
SUPPLY AIR TEMPERATURE
COOLING COIL LEAVING AIR TEMPERATURE
HEATING COIL LEAVING AIR TEMPERATURE
OUTSIDE AIR HUMID ITY
RETURN AIR HUMIDITY
SUPPLY AIR HUMIDITY
NORMALLY CLOSED (CLOSES ON LOSS OF POW ER)
NORMALLY OPEN (OPENS ON LOSS OF POW ER)
LOW
HIGH
COMMON
2-W AY AUTOMATIC 2-POSITION CONTROL VALVE
3-W AY AUTOMATIC 2-POSITION CONTROL VALVE
2-W AY AUTOMATIC MODULATING CONTROL VALVE
3-W AY AUTOMATIC MODULATING CONTROL VALVE
DIFFERENTIAL PRESSURE SENSOR
DIFFERENTIAL PRESSURE SW ITCH
CARBON DIOXIDE SENSOR
CARBON MONOXIDE SENSOR
CURRENT SENSOR TRANSMITTER
ELECTRONIC TO PNEUMATIC TRANSDUCER
FLOW METER TRANSMITTER
HUMIDITY SENSOR
LEVEL CONTROLLER
LEVEL TRANSMITTER
PRESSURE SENSOR
STATIC PRESSURE SENSOR
TEMPERATURE SENSOR
W ATER FLOW SENSOR
W ATER LEVEL SENSOR
CURRENT SW ITCH
END SW ITCH
FLOW SW ITCH
HUMIDISTAT
OCCUPANCY SENSOR
PRESSURE SW ITCH, HIGH LIMIT
PRESSURE SW ITCH, LOW LIMIT
TEMPERATURE LOW LIMIT (FREEZE STAT)
ROOM THERMOSTAT
W ATER LEVEL SW ITCH
EMERGENCY SHUT-OFF STATION
AIR FLOW MEASURING STATION
VARIABLE FREQUENCY DRIVE (ADJUSTABLE FREQUENCY MOTOR CONTROLLER)
ELECTRONICALLY COMMUTATED MOTOR
MOTOR STARTER
CONTACTOR
LOCAL TEMPERATURE CONTROL PANEL
PRESSURE SAFETY - HIGH
PRESSURE SAFETY - LOW
SMOKE DETECTOR
DAMPER OR VALVE ACTUATOR - MODULATING
DAMPER OR VALVE ACTUATOR - 2-POSITION
RELAY
UVGI LIGHT
PUMP
FAN
COOLING COIL
HEATING COIL
HUMIDIFIER
FILTER
ENERGY RECOVERY W HEEL
OPPOSED BLADE CONTROL DAMPER
PARALLEL BLADE CONTROL DAMPER
SMOKE DAMPER
MIN OA / ECON DAMPER
DX COIL
W ALL MOUNTED DEVICE
DUCT INSERTION DEVICE
PIPE INSERTION OR IMMERSION DEVICE W ITH W ELL
AVERAGING SENSOR OR DEVICE
OUTDOOR SENSOR OR DEVICE, SHIELDED
FAN ARRAY, "X" FANS VERTICAL x "Y" FANS HORIZONTAL
GENERAL NOTES-
AUTOMATIC TEMPERATURE CONTROLS
A A COMPLETE SYSTEM OF AUTOMATIC TEMPERATURE CONTROLS SHALL BE INSTALLED
AS REQUIRED TO ACCOMPLISH THE SEQUENCE OF CONTROL FOR VARIOUS ITEMS OF
EQUIPMENT AND SYSTEMS DESCRIBED HEREINAFTER. THE SYSTEM SHALL BE A DIRECT
DIGITAL CONTROL SYSTEM UTILIZING ELECTRIC OR PNEUMATIC ACTUATION AS
DEFINED IN THE SPECIFICATIONS.
B THE CONTROL DIAGRAMS AND INFORMATION CONTAINED W ITHIN ARE TO SHOW DESIGN
INTENT. IT IS THE CONTROL SYSTEM SUPPLIERS RESPONSIBILITY TO DEVELOP
DETAILED AND COMPLETE CONTROL DIAGRAMS AND SHOP DRAW INGS TO ACCOMPLISH
THE SPECIFIED SEQUENCES.
C THE POINTS LIST IS SHOW N AS AN AID TO THE CONTRACTOR INDICATING THE MINIMUM
POINTS REQUIRED FOR CONTROL, AND MONITORING. ALL INPUT AND OUTPUT POINTS,
AND THEIR REQUIRED INTERFACE AND ACCESSORY HARDW ARE, SHALL BE PROVIDED
FOR A COMPLETE AND FUNCTIONAL CONTROL SYSTEM. IF OR W HEN ADDITIONAL
POINTS ARE REQUIRED TO ACCOMPLISH THE SEQUENCES OF CONTROL SPECIFIED,
THESE POINTS, ALONG W ITH ADDITIONAL DIRECT DIGITAL CONTROL PANE(S) (IF
REQUIRED), SHALL ALSO BE PROVIDED.
D PIPING W ORK SHALL INCLUDE PROPERLY SIZED W ELDOLET OR THREADOLET FITTINGS
PLACED AS DIRECTED BY THE CONTROL SYSTEM SUPPLIER.
E ELECTRICAL W ORK INCLUDES A POW ER SOURCE TO THE MOTOR STARTERS. PROVIDE
ALL HVAC POW ER SOURCES REQUIRED BEYOND THESE STARTERS OR BEYOND
SOURCES EXPLICITLY SHOW N ON THE ELECTRICAL DRAW INGS. TH IS SHALL INCLUDE
BUT NOT BE LIMITED TO W IRING, CONDUIT, TRANSFORMERS, RELAYS AND FUSES.
M
M
M
M
DPH
L
DP
H
L
C
CO
CS
EPT
FM
H
LC
LT
P
SP
T
W F
W L
CS
ES
FS
H
OS
HL
P
LL
P
T
LL
T
W L
LEGEND-
AUTOMATIC TEMPERATURE CONTROLS
AFMS
VFD
MS
CON
TCP
SD
M
M
SD
X
X
X
X
X
X
X
X
X
X
R
M M
MINECON
R
UV
3 x 1X x Y
PSH
PSL
ECM
MISCELANEOUS POINTS:
A. LOUNGE 022 - TIE INTO LOCAL VAV BOX. OPEN W HEN OCCUPIED AND CLOSE W HEN UNOCCUPIED.
1. EXHAUST AIR DAMPER COMMAND
B. SPLIT AC UNITS
1. STATUS
2. ALARM
3. SPACE TEMPERATURE
AIR TERMINAL UNIT ATC DIAGRAM - H.W. REHEAT
SCALE: NONE
TO SPACE
AIR TERMINAL UNIT - H.W.
REHEAT POINTS LIST SCHEDULE
NOTES:
1. CONNECT DP FLOW SENSOR PROVIDED W ITH AIR TERMINAL UNIT.
2. PROVIDE SENSOR IN ZONES AS SHOW N ON FLOOR PLANS.
3. PROVIDE FOR ZONES AS SCHEDULED ON M602.
4. PROVIDE FOR ZONES AS SHOW N ON FLOOR PLANS W ITH SUPPLEMENTAL
HEATING.
POINT NO.
TYPE
NOTES
POINT
NAME
ALARM
VAV-1 VAV-2
AI
D A
M P
E R
A C
T U
A T
O R
A
IR
F
LO
W
GENERAL NOTES:
A. THE FOLLOW ING LIST SHALL BE THE MINIMUM POINTS REQUIRED OF THE
DIRECT DIGITAL CONTROL SYSTEM (BUILDING AUTOMATION SYSTEM). IT IS
NOT THE INTENT TO SHOW ALL REQUIRED POINTS. IF OR W HEN ADDITIONAL
POINTS ARE REQUIRED TO ACCOMPLISH THE SEQUENCES OF CONTROL
SPECIFIED, THOSE POINTS SHALL ALSO BE PROVIDED.
AO
SUPPLY AIR
VAV-5
ZONE SENSOR
VAV-3 VAV-4
V A
V S
U P
P
LY
TE
P
E R
A T
U R
E
AI
R E
H E
A T
C O
IL
C
O N
TR
O
L V
A
LV
E
AO
H
IG
H T
E M
P
5°
F
LO
W T
E M
P
0°
F
VAV-5
Z O
N E
S E
N S
O R
AI
REHEAT
COIL
M
VAV-3
RE-HEAT VALVE
VAV-1
AIRFLOW
VAV-2
DAMPER ACTUATOR
VAV-4
SUPPLY AIR
TEMPERATURE
T
M
T
2 OR 3-W AY PER SCHEDULE
AIR TERMINAL UNIT SEQUENCES
1. VAV SETPOINTS:
A. MAXIMUM DISCHARGE AIR TEMPERATURE LIMIT:
a. THE DISCHARGE AIR SHALL BE LIMITED TO 20 DEG F ABOVE ACTIVE HEATING
TEMPERATURE SETPOINT. THIS VALUE SHALL BE ADJUSTABLE BY THE NETW ORK PER
TERMINAL UNIT.
2. VAV COOLING MODE:
A. IF SPACE TEMPERATURE RISES ABOVE THE COOLING SETPOINT, THE CONTROL SHALL
MODULATE THE BOX DAMPER BETW EEN THE LISTED DEAD BAND MINIMUM CFM AND THE
LISTED COOLING MAXIMUM CFM TO SATISFY THE SPACE COOLING SETPOINT.
3. VAV DEADBAND MODE:
A. IF THE SPACE TEMPERATURE IS IN THE DEAD BAND BETW EEN HEATING AND COOLING
SET POINTS, THE BOX DAMPER SHALL BE POSITIONED TO THE LISTED DEAD BAND
MINIMUM CFM. (NOTE: UNLESS NOTED OTHERW ISE ON THE DRAW INGS DEAD BAND
MINIMUM CFM SHALL BE SET TO THE SCHEDULED VALUE EVEN IF BELOW
MANUFACTURER’S MINIMUM BOX CFM.)
4. VAV HEATING MODE:
A. IF SPACE TEMPERATURE DROPS BELOW THE HEATING SETPOINT AND HEATING IS
AVAILABLE, THE VAV SHALL CONTROL AS FOLLOW S.
a. THE FIRST STAGE OF HEATING SHALL BE THE SUPPLEMENTAL HEATING (IF
APPLICABLE).
b. THE SECOND STAGE OF HEATING SHALL BE TO RESET A DISCHARGE AIR SETPOINT
FROM 55 DEG F TO THE DISCHARGE AIR TEMPERATURE LIMIT. THE AIRFLOW
SETPOINT SHALL REMAIN AT THE DEADBAND VALUE.
c. THE THIRD STAGE OF HEATING SHALL BE TO RESET THE AIRFLOW SETPOINT FROM
THE DEADBAND VALUE TO THE HEATING MAXIMUM. W HILE IN THE SECOND STAGE OF
HEATING, DISCHARGE AIR TEMPERATURE SETPOINT SHALL REMAIN AT LIMIT.
B. IF HEATING IS NOT AVAILABLE THEN THE BOX SHALL REMAIN IN DEADBAND MODE.
5. VAV DAMPER CONTROL:
A. THE VAV SHALL MODULATE THE DAMPER POSITION TO MAINTAIN THE CURRENT AIRFLOW
SETPOINT.
6. VAV REHEAT VALVE CONTROL:
A. THE VAV SHALL MODULATE THE VALVE POSITION TO MAINTAIN THE CURRENT
DISCHARGE AIR TEMPERATURE SETPOINT W HILE IN THE HEATING MODE ONLY.
OTHERW ISE, THE VALVE SHALL BE CLOSED.
7. VAV SUPPLEMENTAL HEAT CONTROL:
A. THE VAV SHALL ENABLE THE SUPPLEMENTAL HEATING AS PART OF THE HEATING MODE
CONTROL SEQUENCE ABOVE.
8. DEMAND CONTROLLED VENTILATION: FOR ZONES NOTED TO HAVE ZONE OCCUPANCY
SENSOR, PROVIDE DEMAND CONTROLLED VENTILATION AS FOLLOW S.
A. W HEN THE ZONE IS UNOCCUPIED AS INDICATED BY THE ZONE OCCUPANCY SENSOR, THE
DEADBAND AIRFLOW SHALL BE REDUCED TO SCHEDULED UNOCCUPIED AIRFLOW .
B. W HEN THE ZONE IS RE-OCCUPIED, THE DEADBAND AIRFLOW SHALL BE THE SCHEDULED
VALUE AS NORMAL.
9. OIT ROOM UNIT
A. THE TERMINAL UNIT FOR THE OIT ROOM IS BACKUP ONLY. SET TERMINAL UNIT COOLING
SETPOINT TO 75 DEG F AND THE SPLIT SYSTEM SETPOINT TO 68 DEG F. IN ITIATE AN
ALARM IF THE ROOM TEMPERATURE RISES ABOVE 74 DEG F.
H
IG
H R
H
0%
VAV-6
Z O
N E
H U
M
ID
IT
Y
AI
VAV-6
ZONE
HUMIDITY
H
VAV-7
OCCUPANCY
SENSOR
OS
VAV-7
O C
C U
P A
N C
Y S
E N
S O
R
BI
VAV-8
SUPPLEMENTAL
HEAT ENABLE
VAV-8
S U
P P
LE
M
E N
T A
L H
E A
T V
A
LV
E
BO
P: 937-224-0861 www.heapy.com
VA Project No.
RDC/JPA Project No.
Project Number
Building Number
Drawing Number
Project Title
Location
Issue Date Checked Drawn
Drawing Title
Approved:
VA FORM 08 - 6231
A
FULLY SPRINKLERED
U.S. Departm ent of Veterans Affairs
B
C
D
E
F
A
B
C
D
E
F
21 4 5 6 7 8 9 10
Phase
ARCHITECT/ENGINEER OF RECORD STAMPCONSULTANT
321 4 5 6 7 8 9 10
Office of Construction and Facilities Management
PROJECT NO.
100% CONSTRUCTION DOCUMENTS 02.12.2021
/1
/2
:0
:1
A M
Construct Replacement CLC - Long Term Rehab
02.12.2021
CONTROLS
M701
AJGW JS
596-333
Lexington, Kentucky
204 & 205
100% CONSTRUCTION
DOCUMENTS
19009.00
2019-05137
NOTES:
1. CURRENT SENSOR.
2. COORDINATE W ITH BOILER CONTROLLER. S INGLE BUTTON SHALL SHUT DOW N ALL BOILERS. PROVIDE QUANTITY
OF TERMINAL BLOCKS AND RELAYS TO ENSURE PROPER W IRING PER BOILER CONTROL REQUREMENTS.
3. MASTER CONTROLLER FURNISHED BY BOILER SUPPLIER.
4. LOCATE DIFFERENTIAL PRESSURE SENSOR AS SHOW N ON FLOOR PLANS.
5. BACNET TO B.A.S. COORDINATE W ITH BOILER CONTROLLER.
6. COORDINATE W ITH VFD MANUFACTURER
POINT NO.
TYPE
NOTES
POINT
NAME
ALARM
HW -01 HW -02 HW -03 HW -04 HW -05 HW -06
AI
B O
IL
E
R P
R
IM
A R
Y P
U M
P (P
-1
S
TA
T U
S
C O
M M
O N
H O
T W
A
TE
R S
Y S
U P
P
LY
T E
M P
E R
A
TU
R E
S E
TP
O
IN
T
C O
M M
O N
H O
T W
A T
E R
S Y
S
TU
R
N T
E M
P E
R A
TU
R
E
HW -20
COMMON HW SYSTEM
SUPPLY TEMPERATURE
HW -13
H
IG
H /L
O W
HW -02
BOILER RETURN
TEMPERATURE
VFD
HW -17
START/STOP
HW -18
VFD SPEED
HW -19
VFD FAULT
HW -16
PUMP
STATUS
P-5
HW -21
DIFFERENTIAL
PRESSURE
T
FROM SYSTEM
TO SYSTEM
H O
T W
A T
E R
S E
C O
N D
A R
Y P
U M
P (P
-4
S T
A
TU
S
BI
O N
F A
IL
U
R E
H O
T W
A T
E R
S E
C O
N D
A R
Y P
U M
P (P
-4 ) S
TA
R
T /S
TO
P
BO
H O
T W
A T
E R
S E
C O
N D
A R
Y P
U M
P (P
-4 ) V
FD
S
P E
E D
AO
H O
T W
A T
E R
S E
C O
N D
A R
Y P
U M
P (P
-4 ) V
F D
F A
U
LT
BI
O N
T R
IP
H O
T W
A T
E R
S Y
S
IF
F E
R E
N
TI
A L
P R
E S
S U
R E
AI
H
IG
H /L
O W
O U
T D
O O
R A
IR
T
E M
P E
R A
T U
R E
A I
E M
E R
G E
N C
Y S
H U
T- O
FF
S
T A
TI
LA
R M
BI
HW R
H
DP
L
NC
HW -01
COMMON HW SYSTEM
RETURN
TEMPERATURE
2,3
H O
T W
A T
E R
B O
IL
E
R (H
W B
-1
F
LA
M E
F A
IL
U
R E
-T R
O U
B
LE
O N
T R
IP
HW -07 HW -08
H O
T W
A
TE
R B
O
IL
E R
(H W
B
1)
LE
A V
IN
G
W A
TE
R
T E
M P
E R
A
TU
R E
AI
H
IG
H /L
O W
HW -11 HW -12
BI
C O
M M
O N
H O
T W
A
TE
R S
Y S
T
U
P P
LY
T
E M
P E
R A
TU
R
E
AI
H
IG
H /L
O W
HW -14 HW -15 HW -16 HW -17
HW -18 HW -19
T
HW -11
COMMON
BOILER LEAVING
W ATER
TEMPERATURE
P-4
HW S
HW -12
PUMP
STATUSVFD
HW -13
HW -14
VFD SPEED
HW -15
VFD FAULT
C O
M M
O N
B O
IL
E
R R
E T
U
T E
R T
E M
P E
R A
T U
R E
AI
H
IG
H /L
O W
H O
T W
A T
E R
B O
IL
E
R P
LA
N
T E
N A
B
LE
/D
IS
A B
LE
BO
HW -09 HW -10
BI
B O
IL
E
R P
R
IM
A R
Y P
U M
P (P
-2
S
TA
TU
S
O N
F A
IL
U
R E
B I
H O
T W
A T
E R
B O
IL
E
R (H
W B
-2
F
LA
M E
F A
IL
U
R E
-T R
O U
B
LE
O N
T R
IP
H O
T W
A
TE
R B
O
IL
E R
(H W
B -2
LE
A V
IN
G
W A
T E
R T
E M
P E
R A
TU
R
E
AI
H
IG
H /L
O W
C O
M M
O N
B O
IL
E
R L
E A
V
TE
R
T E
M P
E R
A T
U R
E
AI
H
IG
H /L
O W
H O
T W
A
TE
R S
E C
O N
D A
R Y
P U
M P
(H W
P -2
) S T
A
TU
S O
N F
A
IL
U R
E
H O
T W
A
TE
R S
E C
O N
D A
R Y
P U
M P
(H W
P -2
) S T
A R
T/ S
T O
P
BO
H O
T W
A
TE
R S
E C
O N
D A
R Y
P U
M P
(H W
P -2
V
FD
S
P E
E D
AO
H O
T W
A
TE
R S
E C
O N
D A
R Y
P U
M P
(H W
P -2
V
FD
F
A U
LT
BI
O N
T R
IP
BI
HW -20 HW -21 HW -22 HW -23
H.W. BOILER
HWB-1
EMERGENCY SHUT-OFF
STATION
HW S
HW R
H.W. BOILER
HWB-2
HW -22
P-1
HW -05
PUMP
STATUS
T HW -07 LEAVING W ATER
TEMPERATURE
P-2
HW -08
PUMP
STATUS
T
HW -10
LEAVING
W ATER
TEMPERATURE
BYPASS
HW S
HW R
2,3
AO
O N
F A
IL
U
R E
HW -23
OUTDOOR AIR
TEMPERATURE
T
HW -03
ENABLE/DISABLE
HW -04
COMMON
SUPPLY W ATER
SETPOINT
BOILER PLANT
MASTER
CONTROLLER
(NOTE 5)
HW -06
BOILER CONTROL PANELS
TROUBLE
HW -09
TROUBLE
M
ES
COMBUSTION
AIR DAMPER
M
ES
COMBUSTION
AIR DAMPER
T
TT
REFER TO DETAIL
ON SHEET "M502"
BI
O N
T R
IP
GENERAL NOTES:
A. THE FOLLOW ING LIST SHALL BE THE MINIMUM POINTS REQUIRED OF THE D IRECT DIGITAL CONTROL SYSTEM (BUILD ING
AUTOMATION SYSTEM). IT IS NOT THE INTENT TO SHOW ALL REQUIRED POINTS. IF OR W HEN ADDITIONAL POINTS ARE REQUIRED TO ACCOMPLISH THE SEQUENCES OF CONTROL SPECIFIED, THOSE POINTS SHALL ALSO BE PROVIDED.
HOT WATER SYSTEM POINTS LIST SCHEDULE
P A
R A
T O
R
22 2
H.W. BOILER
HWB-3
P-3
HW -24
PUMP
STATUS
T
HW -26
LEAVING
W ATER
TEMPERATURE
HW -25
TROUBLE
M
ES
COMBUSTION
AIR DAMPER
A. SYSTEM DESCRIPTION
1. THE PRIMARY-SECONDARY HEATING HOT W ATER BOILERS SYSTEM CONSISTS OF A
PLANT W ITH THREE (3) CONDENSING BOILERS (LEAD-LAG STAGING) W ITH DEDICATED
PRIMARY PUMPS; TW O (2) HOT W ATER PUMPS W ITH DEDICATED VARIABLE
FREQUENCY DRIVES. REFER TO THE DRAW INGS FOR DETAILS.
B. SYSTEM ENABLE AND INTERLOCK CONDITIONS:
1. EACH OF THE THREE (3) BOILERS IS SIZED FOR 50 PERCENT OF THE BUILDING LOAD
AND SHALL OPERATE AS LEAD-LAG. THE LEAD BOILER SHALL BE ENABLED 24/7.
2. A FLOW SW ITCH IS SPECIFIED FOR EACH BOILER, AND SHALL BE DIRECTLY W IRED TO
THE BOILER CONTROL PANEL. THE FLOW SW ITCH W ILL ALLOW THE BOILER TO
PERFORM AN ORDERLY SHUTDOW N W HEN THE HOT W ATER PUMPS ARE STOPPED.
W HEN FLOW IS PROVEN THE BOILER SHALL OPERATE AS SPECIFIED BELOW .
3. INTERLOCK THE COMBUSTION AIR DAMPER(S) / COMBUSTION AIR MAKE-UP AIR
SYSTEM W ITH THE BOILERS BURNER FIRING TO OPEN THE DAMPER(S) AND BE
PROVEN OPEN BY A DAMPER END SW ITCH PRIOR TO ALLOW ING THE BOILERS TO
OPERATE / ENSURE THE MAKE-UP AIR SYSTEM IS PROVED RUNNING PRIOR TO
ALLOW ING THE BOILERS TO OPERATE. PROVIDE ALL W IRING, RELAYS AND SW ITCHES
TO PROVIDE THE INTERLOCK SEQUENCE. COORDINATE THE ELECTRICAL TIE IN
POINTS W ITH THE BOILER MANUFACTURER.
4. THE BOILER STAGING AND FIRING SHALL BE DONE BY THE BOILER PLANT
SEQUENCING CONTROLLER FURNISHED BY THE BOILER MANUFACTURER. REFER TO
23 52 25. THE BAS SHALL PROVIDE A “BOILER SYSTEM ENABLE” SIGNAL AND “HOT
W ATER SUPPLY TEMPERATURE SET POINT” SIGNAL TO THE BOILER PLANT
SEQUENCING CONTROLLER. IN ADDITION, THE BAS SHALL INTERFACE W ITH THE
BOILER PLANT SEQUENCING CONTROLLER VIA BACNET PROTOCOL, AS COORDINATED
W ITH THE BOILER MANUFACTURER. INFORMATION SHALL INCLUDE ALL ALARMS,
OPERATING POINTS, SCHEDULES, SETPOINTS, AND TRENDING INFORMATION.
5. BOILER EMERGENCY SHUT-OFF STATION. A MANUAL BOILER EMERGENCY SHUT-OFF
STATION TO SHUT-DOW N ALL BOILERS IN CASE OF AN EMERGENCY, IN COMPLIANCE
W ITH ASME CSD-1. (NOTE THAT THE FUEL SUPPLY AT THE BOILERS W ILL BE SHUT OFF
IMMEDIATELY BY THE INTEGRAL BOILER CONTROLS (LOSS OF POW ER, NORMALLY
CLOSED VALVES). REFER TO SPECIFICATION SECTION 23 52 25 PRESSURE W ATER
HEATING BOILERS. COORDINATE INSTALLATION W ITH THE BOILER SUPPLIER AND
PROVIDE ALL REQUIRED POW ER AND INTERLOCK W IRING FOR A COMPLETE AND
FUNCTIONAL SYSTEM.
This is the start of the file's text. The full file is on GovTribe.
File details come from the government source that posted it. Updated .