1 FLEET LANDING Coleman Bldg Reno COMM21-0042 Mechanical COMcheck_1COMcheck Software Version COMcheckWeb
Mechanical Compliance Certificate
Project Title:
2020 Florida Building Code, Energy Conservation
Project Type:Alteration
Location:Atlantic Beach, Florida
Climate Zone:2a
Construction Site:
1 Fleet Landing Blvd
Atlantic Beach, Florida 32233
Owner/Agent:Designer/Contractor:
Project Information
Energy Code:
Fleet Landing - Coleman Remodel
Mechanical Systems List
QuantitySystem Type & Description
Heating: 1 each - Central Furnace, Electric, Capacity = 10 kBtu/h
No minimum efficiency requirement applies
Cooling: 1 each - Hydronic Coil, Capacity = 47 kBtu/h, Unknown Economizer
No minimum efficiency requirement applies
Fan System: AHU-1 -- Compliance (Motor nameplate HP and fan efficiency method) : Passes
Fans:
FAN 1 Supply, Single-Zone VAV, 1610 CFM, 1.5 motor nameplate hp, 1.27 fan energy index
1 HVAC System, AHU-1 (Multiple-Zone):
Heating: 1 each - Central Furnace, Electric, Capacity = 27 kBtu/h
No minimum efficiency requirement applies
Cooling: 1 each - Hydronic Coil, Capacity = 92 kBtu/h, Air Economizer
No minimum efficiency requirement applies
Fan System: AHU-2 -- Compliance (Motor nameplate HP and fan efficiency method) : Passes
Fans:
FAN 2 Supply, Single-Zone VAV, 1755 CFM, 2.0 motor nameplate hp, 1.27 fan energy index
1 HVAC System, AHU-2 (Multiple-Zone):
Heating: 1 each - Central Furnace, Electric, Capacity = 34 kBtu/h
No minimum efficiency requirement applies
Cooling: 1 each - Hydronic Coil, Capacity = 97 kBtu/h, No Economizer, Economizer exception: Low Operating Hours
No minimum efficiency requirement applies
Fan System: AHU-3 -- Compliance (Motor nameplate HP and fan efficiency method) : Passes
Fans:
FAN 3 Supply, Single-Zone VAV, 1800 CFM, 2.5 motor nameplate hp, 1.26 fan energy index
1 HVAC System, AHU-3 (Multiple-Zone):
Heating: 1 each - Central Furnace, Electric, Capacity = 14 kBtu/h
No minimum efficiency requirement applies
Cooling: 1 each - Hydronic Coil, Capacity = 55 kBtu/h, Air Economizer
No minimum efficiency requirement applies
Fan System: AHU-4 -- Compliance (Motor nameplate HP and fan efficiency method) : Passes
Fans:
FAN 4 Supply, Single-Zone VAV, 2145 CFM, 3.0 motor nameplate hp, 1.24 fan energy index
1 HVAC System, AHU-4 (Multiple-Zone):
Heating: 1 each - Central Furnace, Electric, Capacity = 38 kBtu/h
No minimum efficiency requirement applies
Cooling: 1 each - Hydronic Coil, Capacity = 113 kBtu/h, Air Economizer
No minimum efficiency requirement applies
Fan System: AHU-5 -- Compliance (Motor nameplate HP and fan efficiency method) : Passes
1 HVAC System, AHU-5 (Multiple-Zone):
Project Title:
Data filename:
Fleet Landing - Coleman Remodel 08/04/21Report date:
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QuantitySystem Type & Description
Fans:
FAN 7 Supply, Single-Zone VAV, 3045 CFM, 5.0 motor nameplate hp, 1.24 fan energy index
Heating: 1 each - Central Furnace, Electric, Capacity = 205 kBtu/h
No minimum efficiency requirement applies
Cooling: 1 each - Hydronic Coil, Capacity = 357 kBtu/h, Air Economizer
No minimum efficiency requirement applies
Fan System: AHU-6 -- Compliance (Brake HP and fan efficiency method) : Passes
Fans:
FAN 6 Supply, Single-Zone VAV, 8495 CFM, 10.0 motor nameplate hp, 7.2 design brake hp (7.2 max. BHP), 0.95 fan
energy index
1 HVAC System, AHU-6 (Multiple-Zone):
Heating: 1 each - Central Furnace, Electric, Capacity = 85 kBtu/h
No minimum efficiency requirement applies
Cooling: 1 each - Hydronic Coil, Capacity = 178 kBtu/h, Air Economizer
No minimum efficiency requirement applies
Fan System: AHU-7 -- Compliance (Motor nameplate HP and fan efficiency method) : Passes
Fans:
FAN 8 Supply, Single-Zone VAV, 4310 CFM, 5.0 motor nameplate hp, 1.10 fan energy index
1 HVAC System, AHU-7 (Multiple-Zone):
Heating: 1 each - Central Furnace, Electric, Capacity = 205 kBtu/h
No minimum efficiency requirement applies
Cooling: 1 each - Hydronic Coil, Capacity = 501 kBtu/h, No Economizer, Economizer exception: Low Operating Hours
No minimum efficiency requirement applies
Fan System: AHU-8 -- Compliance (Motor nameplate HP and fan efficiency method) : Passes
Fans:
FAN 9 Supply, Single-Zone VAV, 15000 CFM, 15.0 motor nameplate hp, 0.95 fan energy index
1 HVAC System, AHU-8 (Multiple-Zone):
Gas Storage Water Heater, Capacity: 119 gallons, Input Rating: 499 kBtu/h w/ Circulation Pump
No minimum efficiency requirement applies
1 Water Heater, WH-1:
Gas Storage Water Heater, Capacity: 119 gallons, Input Rating: 399 kBtu/h w/ Circulation Pump
No minimum efficiency requirement applies
1 Water Heater, WH-2:
Mechanical Compliance Statement
Compliance Statement: The proposed mechanical alteration project represented in this document is consistent with the building
plans, specifications, and other calculations submitted with this permit application. The proposed mechanical systems have been
designed to meet the 2020 Florida Building Code, Energy Conservation requirements in COMcheck Version COMcheckWeb and to
comply with any applicable mandatory requirements listed in the Inspection Checklist.
Name - Title Signature Date
Project Title:
Data filename:
Fleet Landing - Coleman Remodel 08/04/21Report date:
315 ofPage
Jake Brown - Design Engineer 8/4/2021
Inspection Checklist
Requirements: 100.0% were addressed directly in the COMcheck software
COMcheck Software Version COMcheckWeb
Text in the "Comments/Assumptions" column is provided by the user in the COMcheck Requirements screen. For each
requirement, the user certifies that a code requirement will be met and how that is documented, or that an exception
is being claimed. Where compliance is itemized in a separate table, a reference to that table is provided.
Energy Code: 2020 Florida Building Code, Energy Conservation
Section
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Plan Review Complies?Comments/Assumptions
C103.2
[PR2]1
Plans, specifications, and/or
calculations provide all information
with which compliance can be
determined for the mechanical
systems and equipment and
document where exceptions to the
standard are claimed. Load
calculations per acceptable
engineering standards and
handbooks.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C103.2
[PR3]1
Plans, specifications, and/or
calculations provide all information
with which compliance can be
determined for the service water
heating systems and equipment and
document where exceptions to the
standard are claimed. Hot water
system sized per manufacturer's
sizing guide.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
Additional Comments/Assumptions:
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
Project Title:
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Footing / Foundation Inspection Complies?Comments/Assumptions
C403.2.4.
5
[FO9]3
Snow/ice melting system and freeze
protection systems have sensors and
controls configured to limit service for
pavement temperature and outdoor
temperature. future connection to
controls.
Complies
Does Not
Not Observable
Not Applicable
Exception: Requirement does not apply.
Additional Comments/Assumptions:
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
Project Title:
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Plumbing Rough-In Inspection Complies?Comments/Assumptions
C404.6.1,
C404.6.2
[PL3]1
Automatic time switches installed to
automatically switch off the
recirculating hot-water system or heat
trace.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C404.6.1,
C404.6.2
[PL3]1
Automatic time switches installed to
automatically switch off the
recirculating hot-water system or heat
trace.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C404.6.3
[PL7]3
Pumps that circulate water between a
heater and storage tank have controls
that limit operation from startup to
<= 5 minutes after end of heating
cycle.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C404.6.3
[PL7]3
Pumps that circulate water between a
heater and storage tank have controls
that limit operation from startup to
<= 5 minutes after end of heating
cycle.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C404.7
[PL8]3
Demand recirculation water systems
have controls that start the pump
upon receiving a signal from the
action of a user of a fixture or
appliance and limits the temperature
of the water entering the cold-water
piping to 104°F.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C404.7
[PL8]3
Demand recirculation water systems
have controls that start the pump
upon receiving a signal from the
action of a user of a fixture or
appliance and limits the temperature
of the water entering the cold-water
piping to 104°F.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
Additional Comments/Assumptions:
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
Project Title:
Data filename:
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C402.2.6
[ME41]3
Thermally ineffective panel surfaces of
sensible heating panels have
insulation >= R-3.5.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.10
[ME61]2
HVAC piping insulation insulated in
accordance with Table C403.2.10.
Insulation exposed to weather is
protected from damage and is
provided with shielding from solar
radiation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.10
[ME61]2
HVAC piping insulation insulated in
accordance with Table C403.2.10.
Insulation exposed to weather is
protected from damage and is
provided with shielding from solar
radiation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.10
[ME61]2
HVAC piping insulation insulated in
accordance with Table C403.2.10.
Insulation exposed to weather is
protected from damage and is
provided with shielding from solar
radiation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.10
[ME61]2
HVAC piping insulation insulated in
accordance with Table C403.2.10.
Insulation exposed to weather is
protected from damage and is
provided with shielding from solar
radiation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.10
[ME61]2
HVAC piping insulation insulated in
accordance with Table C403.2.10.
Insulation exposed to weather is
protected from damage and is
provided with shielding from solar
radiation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.10
[ME61]2
HVAC piping insulation insulated in
accordance with Table C403.2.10.
Insulation exposed to weather is
protected from damage and is
provided with shielding from solar
radiation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.10
[ME61]2
HVAC piping insulation insulated in
accordance with Table C403.2.10.
Insulation exposed to weather is
protected from damage and is
provided with shielding from solar
radiation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.10
[ME61]2
HVAC piping insulation insulated in
accordance with Table C403.2.10.
Insulation exposed to weather is
protected from damage and is
provided with shielding from solar
radiation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.1
[ME65]3
HVAC fan systems at design
conditions do not exceed allowable
fan system motor nameplate hp or fan
system bhp.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
See the Mechanical Systems list for values.
C403.2.12
.1
[ME65]3
HVAC fan systems at design
conditions do not exceed allowable
fan system motor nameplate hp or fan
system bhp.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
See the Mechanical Systems list for values.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.2.12
.2
[ME21]2
HVAC fan motors not oversized
beyond allowable limits.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.3
[ME117]2
Fans have energy index (FEI) >= 1.00
in accordance with AMCA 208. Fans
for VAV systems shall have an FEI >=
0.95.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.3
[ME117]2
Fans have energy index (FEI) >= 1.00
in accordance with AMCA 208. Fans
for VAV systems shall have an FEI >=
0.95.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.4
[ME142]2
Motors for fans that are not less than
1/12 hp and less than 1 hp are
electronically commutated motors or
have a minimum motor efficiency of
70 percent. These motors have the
means to adjust motor speed.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.4
[ME142]2
Motors for fans that are not less than
1/12 hp and less than 1 hp are
electronically commutated motors or
have a minimum motor efficiency of
70 percent. These motors have the
means to adjust motor speed.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.4
[ME142]2
Motors for fans that are not less than
1/12 hp and less than 1 hp are
electronically commutated motors or
have a minimum motor efficiency of
70 percent. These motors have the
means to adjust motor speed.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.4
[ME142]2
Motors for fans that are not less than
1/12 hp and less than 1 hp are
electronically commutated motors or
have a minimum motor efficiency of
70 percent. These motors have the
means to adjust motor speed.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.4
[ME142]2
Motors for fans that are not less than
1/12 hp and less than 1 hp are
electronically commutated motors or
have a minimum motor efficiency of
70 percent. These motors have the
means to adjust motor speed.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.4
[ME142]2
Motors for fans that are not less than
1/12 hp and less than 1 hp are
electronically commutated motors or
have a minimum motor efficiency of
70 percent. These motors have the
means to adjust motor speed.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.4
[ME142]2
Motors for fans that are not less than
1/12 hp and less than 1 hp are
electronically commutated motors or
have a minimum motor efficiency of
70 percent. These motors have the
means to adjust motor speed.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.4
[ME142]2
Motors for fans that are not less than
1/12 hp and less than 1 hp are
electronically commutated motors or
have a minimum motor efficiency of
70 percent. These motors have the
means to adjust motor speed.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.2.12
.5
[ME143]2
Each DX cooling system > 65 kBtu
and chiller water/evaporative cooling
system with fans > 1/4 hp are
designed to vary the indoor fan airflow
as a function of load and comply with
detailed requirements of this section.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5
[ME143]2
Each DX cooling system > 65 kBtu
and chiller water/evaporative cooling
system with fans > 1/4 hp are
designed to vary the indoor fan airflow
as a function of load and comply with
detailed requirements of this section.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5
[ME143]2
Each DX cooling system > 65 kBtu
and chiller water/evaporative cooling
system with fans > 1/4 hp are
designed to vary the indoor fan airflow
as a function of load and comply with
detailed requirements of this section.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5
[ME143]2
Each DX cooling system > 65 kBtu
and chiller water/evaporative cooling
system with fans > 1/4 hp are
designed to vary the indoor fan airflow
as a function of load and comply with
detailed requirements of this section.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5
[ME143]2
Each DX cooling system > 65 kBtu
and chiller water/evaporative cooling
system with fans > 1/4 hp are
designed to vary the indoor fan airflow
as a function of load and comply with
detailed requirements of this section.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5
[ME143]2
Each DX cooling system > 65 kBtu
and chiller water/evaporative cooling
system with fans > 1/4 hp are
designed to vary the indoor fan airflow
as a function of load and comply with
detailed requirements of this section.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5
[ME143]2
Each DX cooling system > 65 kBtu
and chiller water/evaporative cooling
system with fans > 1/4 hp are
designed to vary the indoor fan airflow
as a function of load and comply with
detailed requirements of this section.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5
[ME143]2
Each DX cooling system > 65 kBtu
and chiller water/evaporative cooling
system with fans > 1/4 hp are
designed to vary the indoor fan airflow
as a function of load and comply with
detailed requirements of this section.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.3
[ME55]2
HVAC equipment efficiency verified.Complies
Does Not
Not Observable
Not Applicable
See the Mechanical Systems list for values.
C403.2.4.
4
[ME112]3
Zone isolation devices and controls
installed where applicable.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
4
[ME112]3
Zone isolation devices and controls
installed where applicable.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.2.4.
4
[ME112]3
Zone isolation devices and controls
installed where applicable.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
4
[ME112]3
Zone isolation devices and controls
installed where applicable.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
4
[ME112]3
Zone isolation devices and controls
installed where applicable.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
4
[ME112]3
Zone isolation devices and controls
installed where applicable.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
4
[ME112]3
Zone isolation devices and controls
installed where applicable.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
4
[ME112]3
Zone isolation devices and controls
installed where applicable.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
7
[ME113]2
Fault detection and diagnostics
installed with air-cooled unitary DX
units having economizers.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
7
[ME113]2
Fault detection and diagnostics
installed with air-cooled unitary DX
units having economizers.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
7
[ME113]2
Fault detection and diagnostics
installed with air-cooled unitary DX
units having economizers.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
7
[ME113]2
Fault detection and diagnostics
installed with air-cooled unitary DX
units having economizers.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
7
[ME113]2
Fault detection and diagnostics
installed with air-cooled unitary DX
units having economizers.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.6
[ME59]1
Natural or mechanical ventilation is
provided in accordance with Florida
Building Code Chapter 4. Mechanical
ventilation has capability to reduce
outdoor air supply to minimum per
Florida Building Code Chapter 4.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.2.6.
1
[ME59]1
Demand control ventilation provided
for spaces >500 ft2 and >25
people/1000 ft2 occupant density and
served by systems with air side
economizer, auto modulating outside
air damper control, or design airflow
>3,000 cfm.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.6.
2
[ME115]3
Enclosed parking garage ventilation
has automatic contaminant detection
and capacity to stage or modulate
fans to 50% or less of design capacity.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
8
[ME141]3
HVAC systems serving guestrooms in
Group R-1 buildings with > 50
guestrooms: Each guestroom is
provided with controls that
automatically manage temperature
setpoint and ventilation (see sections
C403.2.4.8.1 and C403.2.4.8.2).
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.7
[ME57]1
Exhaust air energy recovery on
systems meeting Table C403.2.7(1)
and C403.2.7(2).
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.8
[ME116]3
Kitchen exhaust systems comply with
replacement air and conditioned
supply air limitations, and satisfy hood
rating requirements and maximum
exhaust rate criteria.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.9.
1,
C403.2.9.
2
[ME60]2
HVAC ducts and plenums insulated in
accordance with C403.2.9.1 and
constructed in accordance with
C403.2.9.2, verification may need to
occur during Foundation Inspection.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3,
C403.3.1,
C403.3.2
[ME62]1
Air economizers provided where
required, meet the requirements for
design capacity, control signal,
ventilation controls, high-limit shut-off,
integrated economizer control, and
provide a means to relieve excess
outside air during operation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3,
C403.3.1,
C403.3.2
[ME62]1
Air economizers provided where
required, meet the requirements for
design capacity, control signal,
ventilation controls, high-limit shut-off,
integrated economizer control, and
provide a means to relieve excess
outside air during operation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3,
C403.3.1,
C403.3.2
[ME62]1
Air economizers provided where
required, meet the requirements for
design capacity, control signal,
ventilation controls, high-limit shut-off,
integrated economizer control, and
provide a means to relieve excess
outside air during operation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3,
C403.3.1,
C403.3.2
[ME62]1
Air economizers provided where
required, meet the requirements for
design capacity, control signal,
ventilation controls, high-limit shut-off,
integrated economizer control, and
provide a means to relieve excess
outside air during operation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.3,
C403.3.1,
C403.3.2
[ME62]1
Air economizers provided where
required, meet the requirements for
design capacity, control signal,
ventilation controls, high-limit shut-off,
integrated economizer control, and
provide a means to relieve excess
outside air during operation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
3
[ME124]1
Air economizers automatically reduce
outdoor air intake to the design
minimum outdoor air quantity when
outdoor air intake will not reduce
cooling energy usage. See Table
C403.3.3.3 for applicable device types
and climate zones.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
3
[ME124]1
Air economizers automatically reduce
outdoor air intake to the design
minimum outdoor air quantity when
outdoor air intake will not reduce
cooling energy usage. See Table
C403.3.3.3 for applicable device types
and climate zones.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
3
[ME124]1
Air economizers automatically reduce
outdoor air intake to the design
minimum outdoor air quantity when
outdoor air intake will not reduce
cooling energy usage. See Table
C403.3.3.3 for applicable device types
and climate zones.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
3
[ME124]1
Air economizers automatically reduce
outdoor air intake to the design
minimum outdoor air quantity when
outdoor air intake will not reduce
cooling energy usage. See Table
C403.3.3.3 for applicable device types
and climate zones.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
3
[ME124]1
Air economizers automatically reduce
outdoor air intake to the design
minimum outdoor air quantity when
outdoor air intake will not reduce
cooling energy usage. See Table
C403.3.3.3 for applicable device types
and climate zones.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
4
[ME125]1
System capable of relieving excess
outdoor air during air economizer
operation to prevent overpressurizing
the building. The relief air outlet
located to avoid recirculation into the
building.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
4
[ME125]1
System capable of relieving excess
outdoor air during air economizer
operation to prevent overpressurizing
the building. The relief air outlet
located to avoid recirculation into the
building.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
4
[ME125]1
System capable of relieving excess
outdoor air during air economizer
operation to prevent overpressurizing
the building. The relief air outlet
located to avoid recirculation into the
building.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.3.3.
4
[ME125]1
System capable of relieving excess
outdoor air during air economizer
operation to prevent overpressurizing
the building. The relief air outlet
located to avoid recirculation into the
building.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
4
[ME125]1
System capable of relieving excess
outdoor air during air economizer
operation to prevent overpressurizing
the building. The relief air outlet
located to avoid recirculation into the
building.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
5
[ME126]1
Return, exhaust/relief and outdoor air
dampers used in economizers have
motorized dampers that automatically
shut when not in use and meet
maximum leakage rates. Reference
section C403.2.4.3 for details.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
5
[ME126]1
Return, exhaust/relief and outdoor air
dampers used in economizers have
motorized dampers that automatically
shut when not in use and meet
maximum leakage rates. Reference
section C403.2.4.3 for details.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
5
[ME126]1
Return, exhaust/relief and outdoor air
dampers used in economizers have
motorized dampers that automatically
shut when not in use and meet
maximum leakage rates. Reference
section C403.2.4.3 for details.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
5
[ME126]1
Return, exhaust/relief and outdoor air
dampers used in economizers have
motorized dampers that automatically
shut when not in use and meet
maximum leakage rates. Reference
section C403.2.4.3 for details.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.3.3.
5
[ME126]1
Return, exhaust/relief and outdoor air
dampers used in economizers have
motorized dampers that automatically
shut when not in use and meet
maximum leakage rates. Reference
section C403.2.4.3 for details.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.1
[ME75]2
Hydronic and multizone HVAC system
controls are VAV fans driven by
mechanical or electrical variable
speed drive per Table C403.2.12.5.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.1
[ME75]2
Hydronic and multizone HVAC system
controls are VAV fans driven by
mechanical or electrical variable
speed drive per Table C403.2.12.5.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.1
[ME75]2
Hydronic and multizone HVAC system
controls are VAV fans driven by
mechanical or electrical variable
speed drive per Table C403.2.12.5.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.1
[ME75]2
Hydronic and multizone HVAC system
controls are VAV fans driven by
mechanical or electrical variable
speed drive per Table C403.2.12.5.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.2.12
.5.1
[ME75]2
Hydronic and multizone HVAC system
controls are VAV fans driven by
mechanical or electrical variable
speed drive per Table C403.2.12.5.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.1
[ME75]2
Hydronic and multizone HVAC system
controls are VAV fans driven by
mechanical or electrical variable
speed drive per Table C403.2.12.5.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.1
[ME75]2
Hydronic and multizone HVAC system
controls are VAV fans driven by
mechanical or electrical variable
speed drive per Table C403.2.12.5.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.1
[ME75]2
Hydronic and multizone HVAC system
controls are VAV fans driven by
mechanical or electrical variable
speed drive per Table C403.2.12.5.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.2
[ME67]2
VAV fans have static pressure sensors
located so controller setpoint <=1.2
w.c..
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.2
[ME67]2
VAV fans have static pressure sensors
located so controller setpoint <=1.2
w.c..
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.2
[ME67]2
VAV fans have static pressure sensors
located so controller setpoint <=1.2
w.c..
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.2
[ME67]2
VAV fans have static pressure sensors
located so controller setpoint <=1.2
w.c..
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.2
[ME67]2
VAV fans have static pressure sensors
located so controller setpoint <=1.2
w.c..
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.2
[ME67]2
VAV fans have static pressure sensors
located so controller setpoint <=1.2
w.c..
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.2
[ME67]2
VAV fans have static pressure sensors
located so controller setpoint <=1.2
w.c..
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.2
[ME67]2
VAV fans have static pressure sensors
located so controller setpoint <=1.2
w.c..
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.3
[ME24]2
Reset static pressure setpoint for DDC
controlled VAV boxes reporting to
central controller based on the zones
requiring the most pressure.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.2.12
.5.3
[ME24]2
Reset static pressure setpoint for DDC
controlled VAV boxes reporting to
central controller based on the zones
requiring the most pressure.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.3
[ME24]2
Reset static pressure setpoint for DDC
controlled VAV boxes reporting to
central controller based on the zones
requiring the most pressure.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.3
[ME24]2
Reset static pressure setpoint for DDC
controlled VAV boxes reporting to
central controller based on the zones
requiring the most pressure.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.3
[ME24]2
Reset static pressure setpoint for DDC
controlled VAV boxes reporting to
central controller based on the zones
requiring the most pressure.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.3
[ME24]2
Reset static pressure setpoint for DDC
controlled VAV boxes reporting to
central controller based on the zones
requiring the most pressure.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.3
[ME24]2
Reset static pressure setpoint for DDC
controlled VAV boxes reporting to
central controller based on the zones
requiring the most pressure.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.12
.5.3
[ME24]2
Reset static pressure setpoint for DDC
controlled VAV boxes reporting to
central controller based on the zones
requiring the most pressure.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
1
[ME50]2
Three-pipe hydronic systems using a
common return for hot and chilled
water are not used.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
1
[ME50]2
Three-pipe hydronic systems using a
common return for hot and chilled
water are not used.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
1
[ME50]2
Three-pipe hydronic systems using a
common return for hot and chilled
water are not used.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
1
[ME50]2
Three-pipe hydronic systems using a
common return for hot and chilled
water are not used.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
1
[ME50]2
Three-pipe hydronic systems using a
common return for hot and chilled
water are not used.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
1
[ME50]2
Three-pipe hydronic systems using a
common return for hot and chilled
water are not used.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.4.2.
1
[ME50]2
Three-pipe hydronic systems using a
common return for hot and chilled
water are not used.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
1
[ME50]2
Three-pipe hydronic systems using a
common return for hot and chilled
water are not used.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
6
[ME26]3
Chilled water plants with multiple
chillers have capability to reduce flow
automatically through the chiller plant
when a chiller is shut down. Boiler
plants with multiple boilers have the
capability to reduce flow automatically
through the boiler plant when a boiler
is shut down.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
6
[ME26]3
Chilled water plants with multiple
chillers have capability to reduce flow
automatically through the chiller plant
when a chiller is shut down. Boiler
plants with multiple boilers have the
capability to reduce flow automatically
through the boiler plant when a boiler
is shut down.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
6
[ME26]3
Chilled water plants with multiple
chillers have capability to reduce flow
automatically through the chiller plant
when a chiller is shut down. Boiler
plants with multiple boilers have the
capability to reduce flow automatically
through the boiler plant when a boiler
is shut down.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
6
[ME26]3
Chilled water plants with multiple
chillers have capability to reduce flow
automatically through the chiller plant
when a chiller is shut down. Boiler
plants with multiple boilers have the
capability to reduce flow automatically
through the boiler plant when a boiler
is shut down.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
6
[ME26]3
Chilled water plants with multiple
chillers have capability to reduce flow
automatically through the chiller plant
when a chiller is shut down. Boiler
plants with multiple boilers have the
capability to reduce flow automatically
through the boiler plant when a boiler
is shut down.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
6
[ME26]3
Chilled water plants with multiple
chillers have capability to reduce flow
automatically through the chiller plant
when a chiller is shut down. Boiler
plants with multiple boilers have the
capability to reduce flow automatically
through the boiler plant when a boiler
is shut down.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
Project Title:
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.4.2.
6
[ME26]3
Chilled water plants with multiple
chillers have capability to reduce flow
automatically through the chiller plant
when a chiller is shut down. Boiler
plants with multiple boilers have the
capability to reduce flow automatically
through the boiler plant when a boiler
is shut down.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.2.
6
[ME26]3
Chilled water plants with multiple
chillers have capability to reduce flow
automatically through the chiller plant
when a chiller is shut down. Boiler
plants with multiple boilers have the
capability to reduce flow automatically
through the boiler plant when a boiler
is shut down.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4
[ME130]3
Supply air systems serving multiple
zones have VAV systems with controls
configured to reduce the volume of air
that is reheated, recooled or mixed in
each zone. See section for details.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4
[ME130]3
Supply air systems serving multiple
zones have VAV systems with controls
configured to reduce the volume of air
that is reheated, recooled or mixed in
each zone. See section for details.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4
[ME130]3
Supply air systems serving multiple
zones have VAV systems with controls
configured to reduce the volume of air
that is reheated, recooled or mixed in
each zone. See section for details.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4
[ME130]3
Supply air systems serving multiple
zones have VAV systems with controls
configured to reduce the volume of air
that is reheated, recooled or mixed in
each zone. See section for details.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4
[ME130]3
Supply air systems serving multiple
zones have VAV systems with controls
configured to reduce the volume of air
that is reheated, recooled or mixed in
each zone. See section for details.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4
[ME130]3
Supply air systems serving multiple
zones have VAV systems with controls
configured to reduce the volume of air
that is reheated, recooled or mixed in
each zone. See section for details.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4
[ME130]3
Supply air systems serving multiple
zones have VAV systems with controls
configured to reduce the volume of air
that is reheated, recooled or mixed in
each zone. See section for details.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4
[ME130]3
Supply air systems serving multiple
zones have VAV systems with controls
configured to reduce the volume of air
that is reheated, recooled or mixed in
each zone. See section for details.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
1
[ME131]3
Single-duct VAV systems use terminal
devices configured to reduce the
supply of primary supply air before
reheating or recooling takes place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.4.4.
1
[ME131]3
Single-duct VAV systems use terminal
devices configured to reduce the
supply of primary supply air before
reheating or recooling takes place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
1
[ME131]3
Single-duct VAV systems use terminal
devices configured to reduce the
supply of primary supply air before
reheating or recooling takes place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
1
[ME131]3
Single-duct VAV systems use terminal
devices configured to reduce the
supply of primary supply air before
reheating or recooling takes place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
1
[ME131]3
Single-duct VAV systems use terminal
devices configured to reduce the
supply of primary supply air before
reheating or recooling takes place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
1
[ME131]3
Single-duct VAV systems use terminal
devices configured to reduce the
supply of primary supply air before
reheating or recooling takes place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
1
[ME131]3
Single-duct VAV systems use terminal
devices configured to reduce the
supply of primary supply air before
reheating or recooling takes place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
1
[ME131]3
Single-duct VAV systems use terminal
devices configured to reduce the
supply of primary supply air before
reheating or recooling takes place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
2
[ME132]3
Systems that have 1 warm air duct
and 1 cool air duct use terminal
devices configured to reduce the flow
from one duct to a minimum before
mixing of air from the other duct takes
place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
2
[ME132]3
Systems that have 1 warm air duct
and 1 cool air duct use terminal
devices configured to reduce the flow
from one duct to a minimum before
mixing of air from the other duct takes
place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
2
[ME132]3
Systems that have 1 warm air duct
and 1 cool air duct use terminal
devices configured to reduce the flow
from one duct to a minimum before
mixing of air from the other duct takes
place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
2
[ME132]3
Systems that have 1 warm air duct
and 1 cool air duct use terminal
devices configured to reduce the flow
from one duct to a minimum before
mixing of air from the other duct takes
place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
2
[ME132]3
Systems that have 1 warm air duct
and 1 cool air duct use terminal
devices configured to reduce the flow
from one duct to a minimum before
mixing of air from the other duct takes
place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
Project Title:
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.4.4.
2
[ME132]3
Systems that have 1 warm air duct
and 1 cool air duct use terminal
devices configured to reduce the flow
from one duct to a minimum before
mixing of air from the other duct takes
place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
2
[ME132]3
Systems that have 1 warm air duct
and 1 cool air duct use terminal
devices configured to reduce the flow
from one duct to a minimum before
mixing of air from the other duct takes
place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
2
[ME132]3
Systems that have 1 warm air duct
and 1 cool air duct use terminal
devices configured to reduce the flow
from one duct to a minimum before
mixing of air from the other duct takes
place.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
3
[ME133]3
Individual dual-duct or mixing heating
and cooling systems with a single fan
and with total capacities > 90,000
Btu/h not equipped with air
economizers.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
3
[ME133]3
Individual dual-duct or mixing heating
and cooling systems with a single fan
and with total capacities > 90,000
Btu/h not equipped with air
economizers.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
3
[ME133]3
Individual dual-duct or mixing heating
and cooling systems with a single fan
and with total capacities > 90,000
Btu/h not equipped with air
economizers.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
3
[ME133]3
Individual dual-duct or mixing heating
and cooling systems with a single fan
and with total capacities > 90,000
Btu/h not equipped with air
economizers.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
3
[ME133]3
Individual dual-duct or mixing heating
and cooling systems with a single fan
and with total capacities > 90,000
Btu/h not equipped with air
economizers.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
3
[ME133]3
Individual dual-duct or mixing heating
and cooling systems with a single fan
and with total capacities > 90,000
Btu/h not equipped with air
economizers.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
3
[ME133]3
Individual dual-duct or mixing heating
and cooling systems with a single fan
and with total capacities > 90,000
Btu/h not equipped with air
economizers.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
3
[ME133]3
Individual dual-duct or mixing heating
and cooling systems with a single fan
and with total capacities > 90,000
Btu/h not equipped with air
economizers.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
5
[ME134]3
Multiple zone HVAC systems have
supply air temperature reset controls.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.4.4.
5
[ME134]3
Multiple zone HVAC systems have
supply air temperature reset controls.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
5
[ME134]3
Multiple zone HVAC systems have
supply air temperature reset controls.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
5
[ME134]3
Multiple zone HVAC systems have
supply air temperature reset controls.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
5
[ME134]3
Multiple zone HVAC systems have
supply air temperature reset controls.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
5
[ME134]3
Multiple zone HVAC systems have
supply air temperature reset controls.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
5
[ME134]3
Multiple zone HVAC systems have
supply air temperature reset controls.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
5
[ME134]3
Multiple zone HVAC systems have
supply air temperature reset controls.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
7
[ME136]3
Parallel-flow fan-powered VAV air
terminals have automatic controls
configured to 1) turn off the terminal
fan except when space heating is
required or where required for
ventilation, 2) turn on the terminal fan
as the first stage of heating before the
heating coil is activated, and 3) during
heating for warmup or setback
temperature control, either operate
the terminal fan and heating coil
without primary air or, reverse the
terminal damper logic and provide
heating from the central air handler
by primary air.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
7
[ME136]3
Parallel-flow fan-powered VAV air
terminals have automatic controls
configured to 1) turn off the terminal
fan except when space heating is
required or where required for
ventilation, 2) turn on the terminal fan
as the first stage of heating before the
heating coil is activated, and 3) during
heating for warmup or setback
temperature control, either operate
the terminal fan and heating coil
without primary air or, reverse the
terminal damper logic and provide
heating from the central air handler
by primary air.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.4.4.
7
[ME136]3
Parallel-flow fan-powered VAV air
terminals have automatic controls
configured to 1) turn off the terminal
fan except when space heating is
required or where required for
ventilation, 2) turn on the terminal fan
as the first stage of heating before the
heating coil is activated, and 3) during
heating for warmup or setback
temperature control, either operate
the terminal fan and heating coil
without primary air or, reverse the
terminal damper logic and provide
heating from the central air handler
by primary air.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
7
[ME136]3
Parallel-flow fan-powered VAV air
terminals have automatic controls
configured to 1) turn off the terminal
fan except when space heating is
required or where required for
ventilation, 2) turn on the terminal fan
as the first stage of heating before the
heating coil is activated, and 3) during
heating for warmup or setback
temperature control, either operate
the terminal fan and heating coil
without primary air or, reverse the
terminal damper logic and provide
heating from the central air handler
by primary air.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
7
[ME136]3
Parallel-flow fan-powered VAV air
terminals have automatic controls
configured to 1) turn off the terminal
fan except when space heating is
required or where required for
ventilation, 2) turn on the terminal fan
as the first stage of heating before the
heating coil is activated, and 3) during
heating for warmup or setback
temperature control, either operate
the terminal fan and heating coil
without primary air or, reverse the
terminal damper logic and provide
heating from the central air handler
by primary air.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
7
[ME136]3
Parallel-flow fan-powered VAV air
terminals have automatic controls
configured to 1) turn off the terminal
fan except when space heating is
required or where required for
ventilation, 2) turn on the terminal fan
as the first stage of heating before the
heating coil is activated, and 3) during
heating for warmup or setback
temperature control, either operate
the terminal fan and heating coil
without primary air or, reverse the
terminal damper logic and provide
heating from the central air handler
by primary air.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
Project Title:
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.4.4.
7
[ME136]3
Parallel-flow fan-powered VAV air
terminals have automatic controls
configured to 1) turn off the terminal
fan except when space heating is
required or where required for
ventilation, 2) turn on the terminal fan
as the first stage of heating before the
heating coil is activated, and 3) during
heating for warmup or setback
temperature control, either operate
the terminal fan and heating coil
without primary air or, reverse the
terminal damper logic and provide
heating from the central air handler
by primary air.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
7
[ME136]3
Parallel-flow fan-powered VAV air
terminals have automatic controls
configured to 1) turn off the terminal
fan except when space heating is
required or where required for
ventilation, 2) turn on the terminal fan
as the first stage of heating before the
heating coil is activated, and 3) during
heating for warmup or setback
temperature control, either operate
the terminal fan and heating coil
without primary air or, reverse the
terminal damper logic and provide
heating from the central air handler
by primary air.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.4.
6
[ME135]3
Multiple zone VAV systems with DDC
of individual zone boxes have controls
to reduce outdoor intake airflow below
design rates based on ventilation
efficiency as defined by Florida
Building and Mechanical Code.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
See the Mechanical Systems list for values.
C403.4.4.
6
[ME135]3
Multiple zone VAV systems with DDC
of individual zone boxes have controls
to reduce outdoor intake airflow below
design rates based on ventilation
efficiency as defined by Florida
Building and Mechanical Code.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
See the Mechanical Systems list for values.
C403.4.4.
6
[ME135]3
Multiple zone VAV systems with DDC
of individual zone boxes have controls
to reduce outdoor intake airflow below
design rates based on ventilation
efficiency as defined by Florida
Building and Mechanical Code.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
See the Mechanical Systems list for values.
C403.4.4.
6
[ME135]3
Multiple zone VAV systems with DDC
of individual zone boxes have controls
to reduce outdoor intake airflow below
design rates based on ventilation
efficiency as defined by Florida
Building and Mechanical Code.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
See the Mechanical Systems list for values.
C403.4.4.
6
[ME135]3
Multiple zone VAV systems with DDC
of individual zone boxes have controls
to reduce outdoor intake airflow below
design rates based on ventilation
efficiency as defined by Florida
Building and Mechanical Code.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
See the Mechanical Systems list for values.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
Project Title:
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C403.4.4.
6
[ME135]3
Multiple zone VAV systems with DDC
of individual zone boxes have controls
to reduce outdoor intake airflow below
design rates based on ventilation
efficiency as defined by Florida
Building and Mechanical Code.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
See the Mechanical Systems list for values.
C403.4.4.
6
[ME135]3
Multiple zone VAV systems with DDC
of individual zone boxes have controls
to reduce outdoor intake airflow below
design rates based on ventilation
efficiency as defined by Florida
Building and Mechanical Code.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
See the Mechanical Systems list for values.
C403.4.4.
6
[ME135]3
Multiple zone VAV systems with DDC
of individual zone boxes have controls
to reduce outdoor intake airflow below
design rates based on ventilation
efficiency as defined by Florida
Building and Mechanical Code.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
See the Mechanical Systems list for values.
C403.4.5
[ME31]3
Condenser heat recovery system that
can heat water to 85 ºF or provide
60% of peak heat rejection is installed
for preheating of service hot water.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.5
[ME31]3
Condenser heat recovery system that
can heat water to 85 ºF or provide
60% of peak heat rejection is installed
for preheating of service hot water.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.5
[ME31]3
Condenser heat recovery system that
can heat water to 85 ºF or provide
60% of peak heat rejection is installed
for preheating of service hot water.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.5
[ME31]3
Condenser heat recovery system that
can heat water to 85 ºF or provide
60% of peak heat rejection is installed
for preheating of service hot water.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.5
[ME31]3
Condenser heat recovery system that
can heat water to 85 ºF or provide
60% of peak heat rejection is installed
for preheating of service hot water.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.5
[ME31]3
Condenser heat recovery system that
can heat water to 85 ºF or provide
60% of peak heat rejection is installed
for preheating of service hot water.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.5
[ME31]3
Condenser heat recovery system that
can heat water to 85 ºF or provide
60% of peak heat rejection is installed
for preheating of service hot water.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.4.5
[ME31]3
Condenser heat recovery system that
can heat water to 85 ºF or provide
60% of peak heat rejection is installed
for preheating of service hot water.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C404.2.1
[ME111]2
Gas-fired water-heating equipment
installed in new buildings: where a
singular piece of water-heating
equipment >= 1,000 kBtu/h serves
the entire building, thermal efficiency
>= 90 Et. Where multiple pieces of
water-heating equipment serve the
building with combined rating >=
1,000 kBtu/h, the combined input-
capacity-weighted-average thermal
efficiency >= 90 Et. Exclude input
rating of equipment in individual
dwelling units and equipment <= 100
kBtu/h.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C404.2.1
[ME111]2
Gas-fired water-heating equipment
installed in new buildings: where a
singular piece of water-heating
equipment >= 1,000 kBtu/h serves
the entire building, thermal efficiency
>= 90 Et. Where multiple pieces of
water-heating equipment serve the
building with combined rating >=
1,000 kBtu/h, the combined input-
capacity-weighted-average thermal
efficiency >= 90 Et. Exclude input
rating of equipment in individual
dwelling units and equipment <= 100
kBtu/h.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.2.
1
[ME53]3
Air outlets and zone terminal devices
have means for air balancing.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.2.
2
[ME54]3
HVAC hydronic heating and cooling
coils have means to balance and have
pressure test connections.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.2.
2
[ME54]3
HVAC hydronic heating and cooling
coils have means to balance and have
pressure test connections.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.2.
2
[ME54]3
HVAC hydronic heating and cooling
coils have means to balance and have
pressure test connections.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.2.
2
[ME54]3
HVAC hydronic heating and cooling
coils have means to balance and have
pressure test connections.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.2.
2
[ME54]3
HVAC hydronic heating and cooling
coils have means to balance and have
pressure test connections.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.2.
2
[ME54]3
HVAC hydronic heating and cooling
coils have means to balance and have
pressure test connections.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Mechanical Rough-In Inspection Complies?Comments/Assumptions
C408.2.2.
2
[ME54]3
HVAC hydronic heating and cooling
coils have means to balance and have
pressure test connections.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.2.
2
[ME54]3
HVAC hydronic heating and cooling
coils have means to balance and have
pressure test connections.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.5,
C403.5.1,
C403.5.2
[ME123]3
Refrigerated display cases, walk-in
coolers or walk-in freezers served by
remote compressors and remote
condensers not located in a
condensing unit, have fan-powered
condensers that comply with Sections
C403.5.1 and refrigeration compressor
systems that comply with C403.5.2..
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
Additional Comments/Assumptions:
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Final Inspection Complies?Comments/Assumptions
C403.2.1
[FI50]3
HVAC systems and equipment design
loads calculated in accordance with
ANSI/ASHRAE/ACCA Standard 183 or
by an approved equivalent
computational procedure
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.2
[FI27]3
HVAC systems and equipment
capacity does not exceed calculated
loads.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
1
[FI47]3
Heating and cooling to each zone is
controlled by a thermostat control.
Minimum one humidity control device
per installed
humidification/dehumidification
system.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
1
[FI47]3
Heating and cooling to each zone is
controlled by a thermostat control.
Minimum one humidity control device
per installed
humidification/dehumidification
system.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
1
[FI47]3
Heating and cooling to each zone is
controlled by a thermostat control.
Minimum one humidity control device
per installed
humidification/dehumidification
system.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
1
[FI47]3
Heating and cooling to each zone is
controlled by a thermostat control.
Minimum one humidity control device
per installed
humidification/dehumidification
system.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
1
[FI47]3
Heating and cooling to each zone is
controlled by a thermostat control.
Minimum one humidity control device
per installed
humidification/dehumidification
system.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
1
[FI47]3
Heating and cooling to each zone is
controlled by a thermostat control.
Minimum one humidity control device
per installed
humidification/dehumidification
system.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
1
[FI47]3
Heating and cooling to each zone is
controlled by a thermostat control.
Minimum one humidity control device
per installed
humidification/dehumidification
system.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
1
[FI47]3
Heating and cooling to each zone is
controlled by a thermostat control.
Minimum one humidity control device
per installed
humidification/dehumidification
system.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
1.2
[FI38]3
Thermostatic controls have a 5 °F
deadband.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Final Inspection Complies?Comments/Assumptions
C403.2.4.
1.3
[FI20]3
Temperature controls have setpoint
overlap restrictions.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
2
[FI39]3
Each zone equipped with setback
controls using automatic time clock or
programmable control system.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
2.1,
C403.2.4.
2.2
[FI40]3
Automatic Controls: Setback to 55°F
(heat) and 85°F (cool); 7-day clock, 2-
hour occupant override, 10-hour
backup
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
2.3
[FI41]3
Systems include optimum start
controls as a function of space
temperature, occupied setpoint
temperature, outdoor temperature
and amount of time prior to
occupancy.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
2.3
[FI41]3
Systems include optimum start
controls as a function of space
temperature, occupied setpoint
temperature, outdoor temperature
and amount of time prior to
occupancy.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
2.3
[FI41]3
Systems include optimum start
controls as a function of space
temperature, occupied setpoint
temperature, outdoor temperature
and amount of time prior to
occupancy.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
2.3
[FI41]3
Systems include optimum start
controls as a function of space
temperature, occupied setpoint
temperature, outdoor temperature
and amount of time prior to
occupancy.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
2.3
[FI41]3
Systems include optimum start
controls as a function of space
temperature, occupied setpoint
temperature, outdoor temperature
and amount of time prior to
occupancy.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
2.3
[FI41]3
Systems include optimum start
controls as a function of space
temperature, occupied setpoint
temperature, outdoor temperature
and amount of time prior to
occupancy.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
2.3
[FI41]3
Systems include optimum start
controls as a function of space
temperature, occupied setpoint
temperature, outdoor temperature
and amount of time prior to
occupancy.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C403.2.4.
2.3
[FI41]3
Systems include optimum start
controls as a function of space
temperature, occupied setpoint
temperature, outdoor temperature
and amount of time prior to
occupancy.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
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Final Inspection Complies?Comments/Assumptions
C404.3
[FI11]3
Heat traps installed on supply and
discharge piping of non-circulating
systems.
Complies
Does Not
Not Observable
Not Applicable
Exception: Tank inlets/outlets associated with solar water
heating systems.
C404.3
[FI11]3
Heat traps installed on supply and
discharge piping of non-circulating
systems.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C404.4
[FI25]2
All recirculation piping, first 8 feet of
outlet or branch piping, inlet piping
and piping that is externally heated
shall be insulated in accordance with
section details and Table C403.2.10
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C404.4
[FI25]2
All recirculation piping, first 8 feet of
outlet or branch piping, inlet piping
and piping that is externally heated
shall be insulated in accordance with
section details and Table C403.2.10
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C404.6.1
[FI12]3
Controls are installed that limit the
operation of a recirculation pump
installed to maintain temperature of a
storage tank. System return pipe is a
dedicated return pipe or a cold water
supply pipe.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C404.6.1
[FI12]3
Controls are installed that limit the
operation of a recirculation pump
installed to maintain temperature of a
storage tank. System return pipe is a
dedicated return pipe or a cold water
supply pipe.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.1
[FI28]1
Commissioning plan developed by
registered design professional or
approved agency.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.3.
1
[FI31]1
HVAC equipment has been tested to
ensure proper operation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.3.
2
[FI10]1
HVAC control systems have been
tested to ensure proper operation,
calibration and adjustment of controls.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.3.
3
[FI32]1
Economizers have been tested to
ensure proper operation.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.4
[FI29]1
Preliminary commissioning report
completed and certified by registered
design professional or approved
agency.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.5.
1
[FI7]3
Furnished HVAC as-built drawings
submitted within 90 days of system
acceptance.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
Project Title:
Data filename:
Fleet Landing - Coleman Remodel 08/04/21Report date:
3130 ofPage
Section
#
& Req.ID
Final Inspection Complies?Comments/Assumptions
C408.2.5.
3
[FI43]1
An air and/or hydronic system
balancing report is provided for HVAC
systems.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
C408.2.5.
4
[FI30]1
Final commissioning report due to
building owner within 90 days of
receipt of certificate of occupancy.
Complies
Does Not
Not Observable
Not Applicable
Requirement will be met.
Additional Comments/Assumptions:
1 High Impact (Tier 1)2 Medium Impact (Tier 2)3 Low Impact (Tier 3)
Project Title:
Data filename:
Fleet Landing - Coleman Remodel 08/04/21Report date:
3131 ofPage