HomeMy WebLinkAboutHVAC Plan Schedule and Details - M1.2D1 D2 D3
DE
DF
DD.1
DD
DC.3
DC
DB.4
DB.3
DB.1
DB
D3D1 D2 DB.1
D1.1
D1.3
D1.5
D1.7
D1.8
D1.9
D2.2
D2.4
D2.6
D2.8
DA
DA.0
DA.3
DA8.5
DA.9
DA9.1
DA9.4
DA9.8
RTU-3
4000
RTU-4
4000
RTU-2
4000
RTU-1
2400
SD SD
SD
2
RTU-5
4000
SD
SD
General Notes:
1. These plans are diagrammatic in nature, and do not
represent every necessary offset and fitting. Contractor
shall install his work in a manner that will conform with
the structure. Contractor shall avoid obstructions,
preserve head room and maintain maximum clearance
without additional cost to the owner.
2. Conceal all linesets, piping, power wiring, control wiring
and control components unless otherwise noted. If
concealment is not possible, contact Engineer for
alternatives prior to fabrication.
3. Insulate all interior linesets with 1
2" thick, flexible
elastomeric insulation. Insulate exterior linesets with 1"
thick flexible elastomeric insulation with external .020"
aluminum protective jacket.
4. Sheet metal supply ductwork in concealed spaces shall
be insulated with 112" thick, .75 PCF density, fiberglass
ductwrap. All ductwork in unconditioned spaces shall be
insulated with 2" thick, 1.0 PCF density, fiberglass
ductwrap. (Min R6)
5. Phenolic duct by Pal-Duct or Kool-Duct is an acceptable
alternative to sheetmetal duct and insulation in
concealed spaces. Use flanged joints.
6. Keep all ductwork, duct system and equipment openings
covered with adhesive duct protective wrap like
VentureTape 1512, until system start-up. This is to
prevent intrusion of construction dirt and debris into the
duct system, and HVAC equipment.
7. If any questions arise concerning the HVAC
requirements of these documents, please contact The
Engineering Collaborative at (317) 636-3941, prior to
bidding, fabrication or installation of equipment.
8. Sheet metal transitions by Sheet Metal Contractor.
9. Refer to detail 1 on sheet M1.2 for additional
requirements and information that applies to this project.
SEQUENCE OF OPERATIONS:
Roof Top Unit (RTU-1, RTU-2, RTU-3)
RTU's shall be scheduled occupied/unoccupied mode with manual override.
Occupied Mode
Winter: Fan shall run continuously. Electric heat to modulate to maintain space temperature.
Summer: Fan shall run continuously. Condenser to energize when there is a call for cooling.
Unoccupied Mode
Winter: Fan shall run when there is a call for heating.
Summer: Fan shall run when there is a call for cooling.
Rooftop Unit Schedule
Mark Carrier
Model
Nominal
Tons
Air
Volume
(CFM)
Outside
Air
(CFM)
External
Static
Pressure
(w.g.)
Cooling Performance Heating Performance Electrical Connection
Weight
(lbs)Remarks
EDB
(°F)
EWB
(°F)
LDB
(°F)
LWB
(°F)
Net
Sensible
Cooling
(MBH)
Net
Total
Cooling
(MBH)
EDB
(°F)
LDB
(°F)
Electric
Heater
(KW)
Voltage
(V)
Phase
(Ø)MCA MOCP Starter
By:
Disconnect
By:
RTU-1 50FC-M07A2M6-6F5D0 6 2400 480 0.75 80.0 67.0 58.5 57.5 55.62 72.42 60.0 89.0 22.0 480 3 43 45 MFR MFR 681 See Notes
RTU-2 50FC-M12A2M6-6F5D0 10 4000 800 0.75 80.0 67.0 57.7 57.1 96.22 125.75 60.0 90.2 38.3 480 3 70 70 MFR MFR 815 See Notes
RTU-3 50FC-M12A2M6-6F5D0 10 4000 800 0.75 80.0 67.0 57.7 57.1 96.22 125.75 60.0 90.2 38.3 480 3 70 70 MFR MFR 815 See Notes
RTU-4 50FC-M12A2M6-6F5D0 10 4000 800 0.75 80.0 67.0 57.7 57.1 96.22 125.75 60.0 90.2 38.3 480 3 70 70 MFR MFR 815 See Notes
RTU-5 50FC-M12A2M6-6F5D0 10 4000 800 0.75 80.0 67.0 57.7 57.1 96.22 125.75 60.0 90.2 38.3 480 3 70 70 MFR MFR 815 See Notes
Notes:
1. Electric / Electric RTU
2. Coordinate exact location of unit and duct drops with roof structure
3. Provide digital 7−Day programmable T−stats with occupied and unoccupied cycles
4. Roof curb by MFR
5. 14" full perimeter insulated curb
6. Minimum 2" thick MERV 8 filter
7. Vertical discharge
8. Provide smoke detector for return duct
Acceptable Manufactures:
1. Carrier
2. Bryant
3. York
Neoprene weatherseal Rooftop Unit
Field applied cant strip
Wood nailer
Treated 2x4 shimming
to level top of curb
Counterflashing
Curb by RTU MFR unless
specified otherwise
4" flexible duct connection between roof
insulation and bottom of rooftop unit
Roof construction. Refer to
architectural drawings for type
Roof structure. Refer to
structural drawings for type
Supply and
return ducts
Notes:
1. Roof curbs shall be provided with properly designed fabricated leveling devices
so equipment is level and the roof curb is installed to match the roof slope.
2. Provide perimeter angle support at all sides between structural steel. Size of
angle based on load of equipment. Minimum size shall be 3" x 3" x 1/4".
3. Roof curbs shall not be supported by the roof insulation.
4. Coordinate location of roof curb and roof opening with structure.
5. Roofing insulation shall be continuous under the rooftop equipment.
D Roof Equipment Support Curb Section
Scale: NoneM1.2
1
Provide radius 90° elbow
to transition to horizontal.
Do not provide a duct
plenum and horizontal tap.
If a radius 90° elbow is
impractical, coordinate
alternative with Engineer
Full perimeter curb supports
2
A
B
C
D
E
F
G
H
J
K
L
1514 13 12 11 10 9 8 7 6 5 4 3 2 1
1514 13 12 11 10 9 8 7 6 5 4 3 2 1
A
B
C
D
E
F
G
H
J
K
L
1100 Sycamore Street, Suite 200
Cincinnati, Ohio 45202 - Ph: 513.984.1070
702 N. Capitol Avenue
Indianapolis, Indiana 46204
Ph: 317.636.3980
www.luminaut.com
As NotedPROFE
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RT
INDIA N A
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EP1 6
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01087
ATS FOE TRETEGIS DER
Clay Terrace
Building "D" Demise
14390 Clay Terrace Blvd., Ste 165,
Carmel, IN 46032
IN23057
01/10/24
CONSTRUCTION DOCUMENTSGNIBMULP·LACITC ELE·LACINAHCEM
R2410 Executive Drive - Suite 100
Indianapolis, Indiana 46241
317.636.3941
www.TEC-MEP.com
THEENGINEERIN G
C O L L A B OR
A
T
I
VEMEP CLARIFICATION 01/18/2024
01/25/2024MEP CLARIFICATION
M1.2
EZY
SLH
1/8" = 1'-0"
1A
M1.2
OVERALL ROOF PLAN
HVAC ROOF PLAN,
SCHEDULES, AND
DETAILS
5/22/2024