Specifications - - F orm 2a Project Name: Metzger Elem. Page: . 1
SUMMARY /O2SS /46C__9lp - 0-6'57
Project 1. Project 1 Metzger Elementary
2. Project Address 10255 SW 90th Ave.
• 3. City/Town Ti gar d 5. County Washington
4. Building, Gross Area (ft 52,874 6. No. of floors 1
•
Chapter Type ID Description Attached
Attached Building Envelope Form 3a Building Envelope - General ❑
Forms and
Worksheets 3b Prescriptive Path - Zone 1 ❑
3c Prescriptive Path - Zone 2 ❑
Check boxes to 3d Simplified Trade -off ❑
indicate attached
forms and Worksheet 3a Wall U- factors ❑
worksheets. 3b Roof U- factors ❑
3c Floor U- factors ❑
Systems Form 4a Systems - General El
4b Complex Systems ❑
Worksheet 4a Unitary Air Conditioners - Air Cooled
4b Unitary Air Conditioners - Water Cooled ❑
4c Unitary Heat Pump - Air Cooled ❑
4d Unitary Heat Pump - Water Cooled ❑
4e Unitary AC & Heat Pump - Evaporatively Cooled ❑
4f Packaged Terminal Air Conditioner - Air Cooled ❑
4g Packaged Terminal Heat Pump - Air Cooled ❑
4h Water Chilling Packages - Water & Air Cooled ❑
4i Boiler - Gas -fired & Oil -fired ❑
4j Furnaces and Unit Heaters - Gas -fired & Oil -fired ❑
Lighting Form 5a Lighting - General ❑
5b Interior Lighting Power - Occupancy Method ❑
5c Interior Lighting Power - Space -by -Space Method ❑
Worksheet 5a Interior Lighting Power ❑
5b Lighting Schedule ❑
5c Interior Control Credits ❑
7. Name Alan Kolkemo 10. Telephone (503) 654 -8422
8. Company Johnson Controls, Inc. 11 Date 9/4/96
9. Signature stict a-- 11-1.1914-ec.i.u
No. of Pages Description of Document
• 13 Product Data
I '
(1 /96) Forms 2 -1
'Form 4a Project Name: Metzger Page: 2
SYSTEMS - GENERAL
1. Exceptions (Section 1313)
❑ No HVAC. The building plans do not call for an HVAC system. Skip to Item 12 below.
Exceptions ❑ Exception. The building or part of the building P 9 P g qualifies for an exception from the code HVAC
See a discussion of requirements. The applicable code exception is: Section 1313, Exception . Portions of the
▪ qualifying excep- building which qualify:
lions on p. 4 -14
See p. 4-14 fora 2. Simple or Complex Systems (Section 1313.2)
• discussion of simple i Simple System. The planned HVAC system qualifies as a Simple System. If true, complete this
vs. crosplex form (4a) and equipment efficiency worksheets as required. Form 4b is not required.
❑ Complex System. The planned HVAC system is a Complex System. Complete this form (4a),
Form 4b and equipment efficiency worksheets as required.
Exceptions 3. Economizer Cooling (Section 1313.1.2)
Complex Systems ❑ No Cooling. The building plans do not call for a new fan system with mechanical cooling.
may cibnslallowed Com plies. The new fan system has an air economizer capable of modulating outside air and
for Simple Systems, return dampers to provide up to 85 percent of the design supply air as outdoor air.
plus three excep- ❑ Exception — Simple Systems. The new fan system qualifies for an exception. The applicable
Lions allowed in code exception is: Section 1313.1.2, Exception , or Section 1313.2.1. Portions of the
Section 1313.1.2. P P
See p. 4 -15 fora building which qualify:
discussion of these ❑ Exception — Complex Systems. The new fan system qualifies for an exception. The applicable
exceptions. code exception is: Section.1313.1.2, Exception , or 1313.3.1, Exception _. Portions of
the building which qualify:
4. Economizer Cooling — Overpressurizing (Section 1313.1.2)
❑ No Economizer. The building plans do not call for a new fan system with an economizer.
113 Complies. The drawings specifically identify a pressure relief mechanism for each fan system
that will exhaust the extra air introduced by the economizer, and the economizer system is
capable of providing partial cooling even when additional mechanical cooling is required to meet
the remainder of the load.
5. System and Zone Controls (Sec. 1313.1.3.1 as 1313.1.3.2)
3 Complies. All new HVAC systems include at least one temperature control device responding to
tempreatures within the zone.
❑ Exception. The new HVAC system qualifies for an exception from the zone control require -
Exceptions ments. The applicable code exception is: Section 1313.1.3.2, Exception 1 and 2. Portions of the
See a discussion of building which qualify:
qualifying excep-
• tions on p. 4-16. 6. Control Capabilities (Sec. 1313.1.3.2.1)
® Complies. Zone thermostats are capable of being set to the temperatures described in Sec.
1313.1.3.2.1. Where used to control both heating and cooling, zone controls shall be capable of
providing a temperature range or dead band of at least 5 degrees F within which the supply of
' heating and cooling energy to the zone is shut off or reduced to a minimum.
Exceptions ❑ Exception. The building qualifies for an exception to the dead band requirements. The appli-
See a discussion of cable code exception is: Section1313.1.3.2.1, Exception
qualifying excep-
. tions on p. 4 -16.
(1/96) Forms & Worksheets 4 -1
Form•4a (cont.)
Project Name: Metzger Elem. Page: 3
SYSTEMS - GENERAL
7. Off -hour Controls - HVAC Systems (Section 1313.1.3.
ID Complies. All new HVAC systems are capable of automatic setback or shutdown during periods
of non -use or alternate use of the space served by the system.
❑ Exception. Equipment has full load heating demands of 2 kW (6,826 Btu /hr) or less and is
controlled by a readily accessible manual off -hour control.
8. Off - hour Controls — Supply and Exhaust Systems (1313.1.3.3)
• Complies. Plans require that outdoor air supply and exhaust systems have a means of auto-
matic (either motorized or gravity damnper) volume shutoff or reduction during periods of non-
use or alternate use of the space served by the system.
❑ Exception. The building qualifies for an exception to the requirement for automatic shutoff or
reduction. The applicable code exception is Section 1313.1.3.1, Exception
9. Heat Pump Controls (Section 1313..1.3.4)
5a No Heat Pump. The plans /specs do not call for a new heat pump.
❑ Complies. All new heat pumps equipped with supplementary heaters are controlled as required
in Section 1313.1.3.4.
10. Equipment Performance (Section 1313.1.4)
❑ No New HVAC Equipment. The building plans do not call for new electrical HVAC equipment,
combustion heating equipment or heat - operated cooling equipment.
Complies. All new HVAC equipment has efficiencies not less than those required by the code.
The following equipment efficiency worksheets are attached 4a
11. Duct Insulation (Section 1313.2.2 & 1313.3.2)
❑ No Ducts. The building plans/specs do not call for new HVAC ducts or plenums.
ID Simple System: Complies. The plans/specs call for a Simple System, and all exterior supply/
return air - handling ducts and plenums and all outside air ducts are insulated as required by Sec.
1313.2.2.
❑ Complex System: Complies. The building plans /specs call for a Complex System, and all air -
handling ducts and plenums are insulated as required by Sec. 1313.3.2.
12. Piping Insulation (Section 1314)
Exceptions ❑ No New Piping. The building plans /specs do not call for new piping serving a heating or cooling
system or part of a circulating service water heating system.
See a discussion of
qualifying ❑ Complies. All new piping serving a heating or cooling system or part of a circulating service
dees s on excep-
p. 4-17. water heating system complies with the requirements of the Code, Section 1314.1.
❑ Exception. New piping qualifies for the following exception: Section 1314, Exception .
13. Service Water Heating (Section 1315)
0 No New Water Heating. The building plans /specs do not call for new water heaters, hot water
storage tanks, service hot water distribution systems, swimming pools or spas.
Exceptions ❑ Complies. All new water heaters, hot water storage tanks, service hot water distribution sys-
See a discussion of tems, swimming pools or spas comply with the requirements of the Code.
qualifying excep- ❑ Exception. The applicable code exception is, Section , Exception . Portions
lions on p 4 -18. of the building which qualify:
4 -2
Systems (1 /96)
Worksheet 4a rrofect lame: Metzger Elementary uay ° .. 4 _ •
UNITARY AIR CONDITIONER -..AIR. COOLED ..
Equipment ( (b) (c) (d) (e)
See p. 4 -19 fora Proposed
discussion of Performance
equipment ratings Cooling Seasonal Compliance
and equipment Capacity Steady or Part Schedule
definitions. Equip. ID Model Designation (Btu /h) State Load (A -E)
RT -11 D3CG090N16525EC 96.900 8.90 9.60 C
. RT -12 D3CG090N16525EC 94,800 8.90 9.60 C
RT -13 D2EG060N09925EB 63,800 11.00 C
RT -14 D6CG036N07925EC 40,500 10.10 C
RT -15 D6CG036N07925EC 40,500 10.10 C
RT -16 D6CG036N07925EC 40.500 10.10 C
RT -17 D6CG036N07925EC 40,500 10.10 C
RT -18 D6CG036N07925EC 40,500 10.10 C
RT -19 D6CG036N07925EC 40,500 10.10 C
RT -20 D6CG036N07925EC 40,500 10.10 C
1. Does the proposed equipment meet the required equipment efficiency?
Enter "Y" if yes. Y
2. Check boxes to indicate the source of information:
❑ ARI Unitary Directory, Section AC (Enter the page number)
❑ ARI Applied Products Directory, Section ULE (Enter the page number:
9_ Product data (Attach data furnished by the equipment supplier)
Cooling Capacity (Btu /h) Minimum Rating
Compli-
ance But not Steady Seasonal or
Schedule Equipment Type Over • over - State Part Load
Single Package 0 65,000 na 9.7 SEER
A Without a 65,000 135,000 8.9 EER 8.3 IPLV
Heating Section 135,000 760,000 8.5 EER 7.5 ILPV
760,000 - 8.2 EER 7.5 IPLV
Split System 0 65,000 na 10.0 SEER
B Without a 65,000 135,000 8.9 EER 8.3 IPLV
•
Heating Section 135,000 760,000 8.5 EER 7.5 IPLV
760,000 - 8.2 EER 7.3 IPLV
Single Package 0 65,000 na 9.7 SEER
C With a 65,000 135,000 8.9 EER 8.3 IPLV
Heating Section 135,000 760,000 8.3 EER 7.3 IPLV
760,000 - 8.0 EER 7.3 IPLV
Split System 0 65,000 na 10.0 SEER
D With a 65,000 135,000 8.9 EER 8.3 IPLV
Heating Section 135,000 760,000 8.3 EER 7.3 IPLV
760,000 - 8.0 EER 7.3 IPLV
E Condensing Unit Only 135,000 _ - 9.9 EER 11.0 IPLV --
4-4 Systems (1/96)
Worksheet 4a rrolect Name: Metzger •Elem. ' • u"'" y c )
UNITARY AIR CONDITIONER - AIR • COOLED
Equipment ( (b) (c) - (d) (e) .t-
See p. 4 -19 fora Proposed
discussion of Performance
equipment ratings Cooling Seasonal Compliance
and equipment Capacity Steady or Part Schedule
' definitions. Equip. ID Model Designation (Btu /h) State Load (A -E)
L RT -21 D6CG036N07925EC 40,500 10.10 C
RT -22 D6CG036N07925EC 40,500 10.10 C
•
•
1. Does the proposed equipment meet the required equipment efficiency?
Enter "Y" if yes. Y
2. Check boxes to indicate the source of information: .
❑ ARI Unitary Directory, Section AC (Enter the page number) I
❑ ARI Applied Products Directory, Section ULE (Enter the page number)
❑ Product data (Attach data furnished by the equipment supplier)
Cooling Capacity (Btu /h) Minimum Rating
Compli-
ance But not Steady Seasonal or
Schedule Equipment Type Over over - State Part Load
Single Package 0 65,000 na 9.7 SEER
A Without a 65,000 135,000 8.9 EER 8.3 IPLV
Heating Section 135,000 760,000 8.5 EER 7.5 ILPV
760,000 - 8.2 EER 7.5 IPLV
Split System 0 65,000 na 10.0 SEER
B • Without a 65,000 135,000 8.9 EER 8.3 IPLV
Heating Section 135,000 760,000 8.5 EER 7.5 IPLV
760,000 - 8.2 EER 7.3 IPLV
' Single Package 0 65,000 na 9.7 SEER
• C With a 65,000 135,000 8.9 EER 8.3 IPLV
Heating Section 135,000 760,000 8.3 EER 7.3 IPLV
760,000 - 8.0 EER 7.3 IPLV
r Split System 0 65,000 na 10.0 SEER
0 With a 65,000 135,000 8.9 EER 8.3 IPLV
Heating Section 135,000 760,000 8.3 EER 7.3 IPLV
760,000 - 8.0 EER 7.3 IPLV •
E Condensing Unit Only _ 135,000 _ - 9.9 EER 11.0 IPLV
4 -4 Systems (1/96)
•
-.
WORK WORK ENGINEER'S REPORT Date 02/20/96 Page 20
GAS/ELECTRIC ROOFTOP UNIT • Order No
Job Name Tigard School District Engineer
Architect Submitted By Alan Kolkemo
. QUANTITY: 1 Schedule No: RT -11 Music/lnstr. Model No: D3CGO9ON16525EC
- COOLING PERFORMANCE HEATING PERFORMANCE
- Entering Air Temp. 50.0 F
Total Capacity* 96.9 MBH Leaving Air Temp. 100.9 F
Sensible Capacity 52.1 MBH Air Temp. Rise 50.9 F
Efficiency (at ARI) 8.90 EER Electric Heat
Part Load Efficiency 9.6 IPLV Capacity N/A MBH
Power Input N/A KW
Power Input (w /o blower) 8.26 KW
Elevation 300 Ft
Leaving DB Temp 58.93 F Gas Heat
Leaving WB Temp
Gas Fired Input 204 MBH
Gas Fired Output 163 MBH
N/A
N/A
Steady State Efficiency 79.0 %
Outdoor DB Temp 90.0 F Heat Pump
Entering DB Temp 75.0 F Capacity: 47F N/A MBH
Entering WB Temp 67.0 F 17F N/A MBH
'Gross Capacity COP: 47F N/A
17F N/A
SUPPLY AIR BLOWER PERFORMANCE HSPF N/A
Total Supply Air 3000 CFM .4 Indicates Heating Performance Type
Outside Air 600 CFM ELECTRICAL DATA
External Static Pressure 0.75 IWG -
Duct Location Bottom Single Package
Blower Speed 1138 RPM Power Supply 230 -3-60
Motor Rating 2.0 HP Total Unit Ampacity 43.8 Amps
Power Input Requirement 1.71 KW Maximum Overcurrent Device
Brake Horsepower 1.83 BHP Fuse Size 50 Amps
Indoor Fan Motor Heat 5.8 MBH HACR Breaker Size 50 Amps
Minimum Wire Size 8 AWG(75 C)
PACKAGE UNIT CLEARANCES APPROXIMATE DIMENSIONS & WEIGHT*
Front 24 in Back 36 in PACKAGE UNITS
Bottom 0 in Top 72 in
Left Side (filter access) 54 in Height 34 in Width 10 In Depth 71 in
' Right Side (outdoor 24 in Total Weight fund factory options) 1177 Lbs*
INDOOR UNIT CLEARANCES SPLIT SYSTEMS in
Side With RETURN AIR opening in Outdoor Unit: Height in Width in Depth
Side With SUPPLY AIR opening in Outdoor Unit Total Weight Lbs
Side With PIPING CONNECTIONS in Indoor Unit:Height in Width in Depth in
Side Opposite PIPING CONN. in Intdoor Unit Total Weight 0 Lbs • Rigging Weight
. Engineer's Notes:
NOTE: Check Local Codes
CORK ENGINEER'S REPORT Date 02/20/96 Page 21
Rearm end Air Cordtioning
GAS /ELECTRIC ROOFTOP UNIT Order No
Job Name Tigard School District Engineer
• Architect Submitted By Alan Kolkemo
QUANTITY: 1 Schedule No: RT -12 Library Model No: D3CG090N16525EC
. . COOLING PERFORMANCE HEATING PERFORMANCE
Entering Air Temp. 50.0 F
N. Total Capacity' 94.8 MBH Leaving Air Temp. 104.6 F
Sensible Capacity 50.3 MBH Air Temp. Rise 54.6 F
Efficiency (at ARI) 8.90 EER Electric Capac N/A MBH
Part Load Efficiency 9.6 IPLV
Power Input (w /o blower) 8.26 KW Power Input N/A KW
Elevation 300 Ft
Leaving DB Temp 58.37 F
Leaving WB Temp 56.40 F 4 Gas Heat
Gas Fired Input 204 MBH
Gas Fired Output 163 MBH
N/A
N/A
Steady State Efficiency 79.0 %
Outdoor DB Temp 90.0 F Heat Pump
Entering DB Temp 75.0 F Capacity: 47F N/A MBH
Entering WB Temp 67.0 F 17F N/A MBH
*Gross capacity COP: 47F N/A
17F N/A
SUPPLY AIR BLOWER PERFORMANCE HSPF N/A
Total Supply Air 2800 CFM 4 indicates Heating Performance Type
Outside Air 600 CFM ELECTRICAL DATA
External Static Pressure 0.75 IWG
Duct Location Bottom Single Package
Blower Speed 1096 RPM Power Supply 230 -3-60
Motor Rating 2.0 HP Total Unit Ampacity 43.8 Amps
Power Input Requirement 1.51 KW Maximum Overcurrent Device
Brake Horsepower 1.61 BHP Fuse Size 50 Amps
Indoor Fan Motor Heat 5.2 MBH HACR Breaker Size 50 Amps
Minimum Wire Size 8 AWG(75 C)
PACKAGE UNIT CLEARANCES APPROXIMATE DIMENSIONS & WEIGHT*
Front 24 in Back 36 in PACKAGE UNITS
Bottom 0 in Top 72 in
Left Side (filter access) 54 in Height 34 in Width 10 in Depth 71 in
• Right Side (outdoor 24 in Total Weight (incl factory options) 1177 Lbs*
INDOOR UNIT CLEARANCES SPLIT SYSTEMS in
Side With RETURN AIR opening in Outdoor Unit:Height in Width in Depth
Side With SUPPLY AIR opening in Outdoor Unit Total Weight Lbs
Side With PIPING CONNECTIONS in Indoor Unit:Height in Width in Depth in
Side Opposite PIPING CONN. in Intdoor Unit Total Weight 0 Lbs • Rigging Weight
Engineer's Notes:
NOTE: Check Local Codes
•
RAC ENGINEER'S REPORT Date 02/20/96 Page 22
Rearm and Air Cordionirta
HIGH EFFICIENCY GAS /ELECTRIC ROOFTOP UNIT Order No
Job Name Tigard School District Engineer
Architect Submitted By Alan Kolkemo
QUANTITY: 1 Schedule No: RT -13 Office Model No: D2EG060N09925EB
. . COOLING PERFORMANCE HEATING PERFORMANCE
Entering Air Temp. 50.0 F
.1 Total Capacity' 63.8 MBH Leaving Air Temp. 95.8 F
Sensible Capacity 33.6 MBH Air Temp. Rise 45.8 F
Efficiency (at ARI) 11.00SEER Electric Heat
Part Load Efficiency 0.0 IPLV Capacity N/A MBH
Power Input N/A KW
Power Input (w /o blower) 4.70 KW
Elevation 300 Ft
Leaving DB Temp 59.45 F
Leaving WB Temp 57.09 F 4 Gas Heat
Gas Fired Input 125 MBH
Gas Fired Output 99 MBH
N/A
N/A
AFUE 80.3
Outdoor DB Temp 90.0 F Heat Pump
Entering DB Temp 75.0 F Capacity: 47F N/A MBH
Entering WB Temp 67.0 F 17F N/A MBH
*Gross capacity COP: 47F N/A
17F N/A
SUPPLY AIR BLOWER PERFORMANCE HSPF N/A
Total Supply Air 2000 CFM 4 Inolcates Heating Performance Type
Outside Air 400 CFM ELECTRICAL DATA
External Static Pressure 0.75 IWG
Duct Location Bottom Single Package
Blower Speed 1137 RPM Power Supply 230 -3-60
Motor Rating 1.0 HP Total Unit Ampacity 32.4 Amps
Power Input Requirement 1.34 KW Maximum Overcurrent Device
Fuse Size 50 Amps
Indoor Fan Motor Heat 4.6 MBH HACR Breaker Size 50 Amps
Minimum Wire Size 8 AWG(60 C)
PACKAGE UNIT CLEARANCES APPROXIMATE DIMENSIONS & WEIGHT'
Front 32 in Back 36 in PACKAGE UNITS
Bottom 0 in Top 72 in Height 33 in Width 82 in Depth 45 in
Left Side (filter access) 36 in
Right Side (outdoor 24 in Total Weight (incl factory options) 740 Lbs"
INDOOR UNIT CLEARANCES SPLIT SYSTEMS in
Side With RETURN AIR opening in Outdoor Unit: Height in Width in Depth
Side With SUPPLY AIR opening in Outdoor Unit Total Weight Lbs
Side With PIPING CONNECTIONS in Indoor Unit:Height in Width in Depth in
Side Opposite PIPING CONN. in Intdoor Unit Total Weight 0 Lbs • Rigging Weight
Engineer's Notes:
NOTE: Check Local Codes
.IYORIC ENGINEER'S REPORT Date 02/20/96 Page 11
tt�and re GAS/ELECTRIC ROOFTOP UNIT Order No
Job Name Tigard School District Engineer
Architect Submitted By Alan Kolkemo
QUANTITY: 1 Schedule No: RT -14 CR 1 Model No: D6CG036N07925EC
COOLING PERFORMANCE HEATING PERFORMANCE
Entering Air Temp. 50.0 F
- • Total Capacity' 40.5 MBH Leaving Air Temp. 111.0 F
Sensible Capacity 20.9 MBH Air Temp. Rise 61.0 F
1 Efficiency (at ARI) 10.10 SEER Electric Heat
Part Load Efficiency 0.0 IPLV Capacity N/A MBH
Power Input N/A KW
Power Input (w /o blower) 3.31 KW
Elevation 300 Ft
Leaving DB Temp 58.89 ,89 F Gas Heat
Leaving WB Temp
Gas Fired Input 100 MBH
Gas Fired Output 79 MBH
N/A
N/A
AFUE 80.5
Outdoor DB Temp 90.0 F 'Heat Pump
Entering DB Temp 75.0 F Capacity: 47F N/A MBH
Entering WB Temp 67.0 F _ 17F N/A MBH
*Gross Capacity COP: 47F N/A
17F N/A
SUPPLY AIR BLOWER PERFORMANCE HSPF N/A
Total Supply Air 1200 CFM + Indicates Healing Performance Type
Outside Air 600 CFM ELECTRICAL DATA
External Static Pressure 0.83 IWG
Duct Location Bottom Single Package
Blower Speed High Power Supply 230 -3-60
Motor Rating 0.5 HP Total Unit Ampacity 24.3 Amps
Power Input Requirement 0.66 KW Maximum Overcurrent Device
Fuse Size 35 Amps
Indoor Fan Motor Heat 2.3 MBH HACR Breaker Size 35 Amps
Minimum Wire Size 10 AWG(60 C)
PACKAGE UNIT CLEARANCES APPROXIMATE DIMENSIONS & WEIGHT"
Front 32 in Back 36 in PACKAGE UNITS
Bottom 0 in Top 72 in
Left Side (filter access) 36 in Height 33 in Width 82 in Depth 45 in
Right Side (outdoor 24 in Total Weight (ind factory options) 665 Lbs*
INDOOR UNIT CLEARANCES SPLIT SYSTEMS in
Side With RETURN AIR opening in Outdoor Unit:Height in Width in Depth
Side With SUPPLY AIR opening in Outdoor Unit Total Weight Lbs
Side With PIPING CONNECTIONS in Indoor Unit:Height in Width in Depth in
Side Opposite PIPING CONN. in Intdoor Unit Total Weight 0 Lbs • Rigging Weight
Engineer's Notes:
NOTE: Check Local Codes
. WORK' ENGINEER'S REPORT Date 02/20/96 Page 12
and Air Cordtioning GAS/ELECTRIC ROOFTOP UNIT Order No
Job Name Tigard School District Engineer
Architect Submitted By Alan Kolkemo
QUANTITY: 1 Schedule No: RT -15 CR 2 Model No: D6CG036N07925EC
COOLING PERFORMANCE HEATING PERFORMANCE
Entering Air Temp. 50.0 F
. Total Capacity' 40.5 MBH Leaving Air Temp. 111.0 F
Sensible Capacity 20.9 MBH Air Temp. Rise 61.0 F
Efficiency (at ARI) 10.10 SEER Electric Heat
Part Load Efficiency 0.0 IPLV Capacity N/A MBH
Power Input N/A KW
Power Input (w /o blower) 3.31 KW
Elevation 300 Ft
Leaving DB Temp 58.89 F
Leaving WB Temp 56.43 F 4 Gas Heat
Gas Fired Input 100 MBH
Gas Fired Output 79 MBH
N/A
N/A
AFUE 80.5 %
Outdoor DB Temp 90.0 F _Heat Pump
Entering DB Temp 75.0 F Capacity: 47F N/A MBH
Entering WB Temp 67.0 F 17F N/A MBH
*Gross capacity COP: 47F N/A
17F N/A
SUPPLY AIR BLOWER PERFORMANCE HSPF N/A
Total Supply Air 1200 CFM 4 Indicates Heating Performance Type
Outside Air 600 CFM ELECTRICAL DATA
External Static Pressure 0.83 IWG
Duct Location Bottom Single Package
Blower Speed High Power Supply 230 -3-60
Motor Rating 0.5 HP Total Unit Ampacity 24.3 Amps
Power Input Requirement 0.66 KW Maximum Overcurrent Device
Fuse Size 35 Amps
Indoor Fan Motor Heat 2.3 MBH HACR Breaker Size 35 Amps
Minimum Wire Size 10 AWG(60 C)
PACKAGE UNIT CLEARANCES APPROXIMATE DIMENSIONS & WEIGHT"
Front 32 in Back 36 in PACKAGE UNITS
Bottom 0 in Top 72 in
Left Side (filter access) 36 in Height 33 in Width 82 in Depth 45 in
Right Side (outdoor 24 in Total Weight (incl factory options) 665 Lbs*
INDOOR UNIT CLEARANCES SPLIT SYSTEMS in
Side With RETURN AIR opening in Outdoor Unit:Height in Width in Depth
Side With SUPPLY AIR opening in Outdoor Unit Total Weight Lbs
Side With PIPING CONNECTIONS in Indoor Unit:Height in Width in Depth in
Side Opposite PIPING CONN. in Intdoor Unit Total Weight 0 Lbs • Rigging Weight
Engineer's Notes:
NOTE: Check Local Codes
• ORK ENGINEER'S REPORT Date 02/20/96 Page 13
Heeling end Air GAS/ELECTRIC ROOFTOP UNIT Order No
Job Name Tigard School District Engineer -
Architect Submitted By Alan Kolkemo
QUANTITY: 1 Schedule No: RT -16 CR 3 Model No: D6CG036N07925EC
COOLING PERFORMANCE HEATING PERFORMANCE
Entering Air Temp. 50.0 F
. • Total Capacity* 40.5 MBH Leaving Air Temp. 111.0 F
Sensible Capacity 20.9 MBH Air Temp. Rise 61.0 F
Efficiency (at ARI) 10.10SEER Electric Heat
• Part Load Efficiency 0.0 IPLV Capacity N/A MBH
Power Input N/A KW
Power Input (w /o blower) 3.31 KW
Elevation 300 Ft
Leaving DB Temp 58.89 F
Leaving WB Temp 56.43 F 4 Gas Heat
Gas Fired Input 100 MBH
Gas Fired Output 79 MBH
N/A
N/A
AFUE 80.5 . %
Outdoor DB Temp 90.0 F Heat Pump
Entering DB Temp 75.0 F Capacity: 47F N/A MBH
Entering WB Temp 67.0 F - 17F N/A MBH
'Gross Capacity COP: 47F N/A
17F N/A
SUPPLY AIR BLOWER PERFORMANCE HSPF N/A
Total Supply Air 1200 CFM 4 Indicates Heating Perfbnnance Type
Outside Air 600 CFM ELECTRICAL DATA
External Static Pressure 0.83 IWG
Duct Location Bottom Single Package
Blower Speed High Power Supply 230 -3-60
Motor Rating 0.5 HP Total Unit Ampacity 24.3 Amps
Power Input Requirement 0.66 KW Maximum Overcurrent Device
Fuse Size 35 Amps
Indoor Fan Motor Heat 2.3 MBH HACR Breaker Size 35 Amps
Minimum Wire Size 10 AWG(60 C)
PACKAGE UNIT CLEARANCES APPROXIMATE DIMENSIONS & WEIGHT*
Front 32 in Back 36 in PACKAGE UNITS
Bottom 0 in • Top 72 in
Left Side (filter access) 36 in Height 33 in Width 82 in Depth 45 in
Right Side (outdoor 24 in Total Weight (ind factory options) 665 Lbs*
• INDOOR UNIT CLEARANCES SPLIT SYSTEMS in
Side With RETURN AIR opening in Outdoor Unit:Height in Width in Depth
Side With SUPPLY AIR opening in Outdoor Unit Total Weight Lbs
Side With PIPING CONNECTIONS in Indoor Unit:Height in Width in Depth in
Side Opposite PIPING CONN. in Intdoor Unit Total Weight 0 Lbs • Rigging Weight
Engineer's Notes:
NOTE: Check Local Codes
. ITYORIC ENGINEER'S REPORT Date 02/20/96 Page 14
Heakig end Air Condi:Ong
GAS/ELECTRIC ROOFTOP UNIT Order No
Job Name Tigard School District Engineer
Architect Submitted By Alan Kolkemo
QUANTITY: 1 Schedule No: RT -17 CR 4 Model No: D6CG036N07925EC
COOLING PERFORMANCE HEATING PERFORMANCE
Entering Air Temp. 50.0 F
P. • Total Capacity' 40.5 MBH Leaving Air Temp. 111.0 F
Sensible Capacity 20.9 MBH Air Temp. Rise 61.0 F
Efficiency (at ARI) 10.10 SEER Electric Heat
Part Load Efficiency 0.0 IPLV Capacity N/A MBH
Power Input (w /o blower) 3.31 KW Power Input N/A KW
Elevation 300 Ft
Leaving DB Temp 58.89 F
Leaving WB Temp 56.43 F 4 Gas Heat
Gas Fired Input 100 MBH
Gas Fired Output 79 MBH
N/A
N/A
AFUE 80.5 %
Outdoor DB Temp 90.0 F Heat Pump
Entering DB Temp 75.0 F Capacity: 47F N/A MBH
Entering WB Temp 67.0 F 17F N/A MBH
'Gross Capacity COP: 47F N/A
17F N/A
SUPPLY AIR BLOWER PERFORMANCE HSPF N/A
Total Supply Air 1200 CFM 4 IndIcates Heating Perfo,mance Type
Outside Air 800 CFM ELECTRICAL DATA
External Static Pressure 0.83 IWG
Duct Location Bottom Single Package
Blower Speed High Power Supply 230 -3-60
Motor Rating 0.5 HP Total Unit Ampacity 24.3 Amps
Power Input Requirement 0.66 KW Maximum Overcurrent Device
Fuse Size 35 Amps
Indoor Fan Motor Heat 2.3 MBH HACR Breaker Size 35 Amps
Minimum Wire Size 10 AWG(60 C)
PACKAGE UNIT CLEARANCES APPROXIMATE DIMENSIONS & WEIGHT*
Front 32 in Back 36 in PACKAGE UNITS
Bottom 0 in Top 72 in
Left Side (filter access) 36 in Height 33 in Width 82 in Depth 45 in
Right Side (outdoor 24 in Total Weight (ind factory options) 665 Lbs*
INDOOR UNIT CLEARANCES SPLIT SYSTEMS in
Side Wdh RETURN AIR opening in Outdoor Unit: Height in Width in Depth
Side With SUPPLY AIR opening in Outdoor Unit Total Weight Lbs
Side With PIPING CONNECTIONS in Indoor Unit:Height in Width in Depth in
Side Opposite PIPING CONN. in Intdoor Unit Total Weight 0 Lbs • Rigging Weight
, -
Engineer's Notes:
NOTE: Check Local Codes
.l
. WORK ENGINEER'S REPORT Date 02/20/96 Page 15
a�Air GAS/ELECTRIC ROOFTOP UNIT Order No
Job Name Tigard School District Engineer
Architect Submitted By Alan Kolkemo
QUANTITY: 1 Schedule No: RT -18 CR 5 Model No: D6CG036N07925EC
COOLING PERFORMANCE HEATING PERFORMANCE
• Entering Air Temp. 50.0 F
. Total Capacity' 40.5 MBH Leaving Air Temp. 111.0 F
Sensible Capacity 20.9 MBH Air Temp. Rise 61.0 F
Efficiency (at ARI) 10.10SEER Electric Heat
• Part Load Efficiency 0.0 IPLV Capacity N/A MBH
Power Input N/A KW
Power Input (w /o blower) 3.31 KW
Elevation 300 Ft
Leaving DB Temp 58.89 F Gas Heat
Leaving WB Temp
Gas Fired Input 100 MBH
Gas Fired Output 79 MBH
N/A
N/A
AFUE 80.5 %
Outdoor DB Temp 90.0 F Heat Pump
Entering DB Temp 75.0 F - Capacity: 47F N/A MBH
Entering WB Temp 67.0 F 17F N/A MBH
*Gross Capacity COP: 47F N/A
17F N/A
SUPPLY AIR BLOWER PERFORMANCE HSPF N/A
Total Supply Air 1200 CFM 4 Inolcates Heating Performance Type
Outside Air 600 CFM ELECTRICAL DATA
External Static Pressure 0.83 IWG
Duct Location Bottom Single Package
Blower Speed High Power Supply 230 -3-60
Motor Rating 0.5 HP Total Unit Ampacity 24.3 Amps
Power Input Requirement 0.66 KW Maximum Overcurrent Device
Fuse Size 35 Amps
Indoor Fan Motor Heat 2.3 MBH HACR Breaker Size 35 Amps
Minimum Wire Size 10 AWG(60 C)
PACKAGE UNIT CLEARANCES APPROXIMATE DIMENSIONS & WEIGHT*
Front 32 in Back 36 in PACKAGE UNITS
Bottom 0 in Top 72 in
Left Side (filter access) 36 in Height 33 in Width 82 in Depth 45 in
Right Side (outdoor 24 in Total Weight (incl factory options) 665 Lbs*
• INDOOR UNIT CLEARANCES SPLIT SYSTEMS in
Side With RETURN AIR opening in Outdoor Unit:Height in Width in Depth
Side With SUPPLY AIR opening in Outdoor Unit Total Weight Lbs
Side With PIPING CONNECTIONS in Indoor Unit:Height in Width in Depth in
Side Opposite PIPING CONN. in Intdoor Unit Total Weight 0 Lbs • Rigging Weight
r
Engineer's Notes:
NOTE: Check Local Codes
• ARK ENGINEER'S REPORT Date 02/20/96 Page 16
■� emaroe GAS/ELECTRIC ROOFTOP UNIT Order No
Job Name Tigard School District Engineer
Architect Submitted By Alan Kolkemo
QUANTITY: 1 Schedule No: RT -19 CR 15 Model No: D6CG036N07925EC
COOLING PERFORMANCE HEATING PERFORMANCE
Entering Air Temp. 50.0 F
Total Capacity' 40.5 MBH Leaving Air Temp. 111.0 F
Sensible Capacity 20.9 MBH Air Temp. Rise 61.0 F
Efficiency (at ARI) 10.10SEER Electric Heat
• Part Load Efficiency 0.0 IPLV Capacity N/A MBH
Power Input N/A KW
Power Input (w /o blower) 3.31 KW
Elevation 300 Ft
Leaving DB Temp 58.89 F
Leaving WB Temp 58.43 F .4 Gas Heat
Gas Fired Input 100 MBH
Gas Fired Output 79 MBH
N/A
N/A
_ AFUE 80.5 %
Outdoor DB Temp 90.0 F Heat Pump
Entering DB Temp 75.0 F Capacity: 47F N/A MBH
Entering WB Temp 67.0 F 17F N/A MBH
*Gross capacity COP: 47F N/A
17F N/A
SUPPLY AIR BLOWER PERFORMANCE HSPF N/A
Total Supply Air 1200 CFM 4 Indicates Heating Peifomrance Type
Outside Air 600 CFM ELECTRICAL DATA
External Static Pressure 0.83 IWG
Duct Location Bottom Single Package
Blower Speed High Power Supply 230 -3-60
Motor Rating 0.5 HP Total Unit Ampacity 24.3 Amps
Power Input Requirement 0.66 KW Maximum Overcurrent Device
Fuse Size 35 Amps
Indoor Fan Motor Heat 2.3 MBH HACR Breaker Size 35 Amps
Minimum Wire Size 10 AWG(60 C)
PACKAGE UNIT CLEARANCES APPROXIMATE DIMENSIONS & WEIGHT"
Front 32 in Back 36 in PACKAGE UNITS
Bottom 0 in Top 72 in
Left Side (filter access) 36 in Height 33 in Width 82 in Depth 45 in
Right Side (outdoor 24 in Total Weight (inci factory options) 665 Lbs*
INDOOR UNIT CLEARANCES SPLIT SYSTEMS in
Side With RETURN AIR opening in Outdoor Unit: Height in Width in Depth
Side Wdh SUPPLY AIR opening in Outdoor Unit Total Weight Lbs
Side With PIPING CONNECTIONS in Indoor Unit:Height in Width in Depth in
Side Opposite PIPING CONN. in Intdoor Unit Total Weight 0 Lbs • Rigging Weight
Engineer's Notes:
NOTE: Check Local Codes
• WORK ENGINEER'S REPORT Date 02/20/96 Page 1
lieeting end Air Corcitiordeg GAS/ELECTRIC ROOFTOP UNIT Order No
Job Name Tigard School District Engineer
Architect Submitted By Alan Kolkemo
QUANTITY: 1 Schedule No: RT -20 CR 16 Model No: D6CG036N07925EC
COOLING PERFORMANCE HEATING PERFORMANCE
- Entering Air Temp. 50.0 F
• • Total Capacity' 40.5 MBH Leaving Air Temp. 111.0 F
Sensible Capacity 20.9 MBH Air Temp. Rise 61.0 F
Efficiency (at ARI) 10.10 SEER Electric Heat
• Part Load Efficiency 0.0 IPLV Capacity N/A MBH
Power Input (w /o blower) 3.31 KW Power Input N/A KW
Elevation 300 Ft
Leaving DB Temp 58.89 F
Leaving WB Temp 56.43 F 4 Gas Heat
Gas Fired Input 100 MBH
Gas Fired Output 79 MBH
N/A
N/A
AFUE 80.5 %
Outdoor DB Temp 90.0 F Heat Pump
Entering DB Temp 75.0 F Capacity: 47F N/A MBH
Entering WB Temp 67.0 F 17F N/A MBH
*Gross Capacity COP: 47F N/A
N/A
SUPPLY AIR BLOWER PERFORMANCE HSPF 17F N/A
Total Supply Air 1200 CFM + Indicates Heating Pe,fonnance Type
Outside Air 600 CFM ELECTRICAL DATA
External Static Pressure 0.83 IWG
Duct Location Bottom Single Package
Blower Speed High Power Supply 230 -3-60
Motor Rating 0.5 HP Total Unit Ampacity 24.3 Amps
Power Input Requirement 0.66 KW Maximum Overcurrent Device
Fuse Size 35 Amps
Indoor Fan Motor Heat 2.3 MBH HACR Breaker Size 35 Amps
Minimum Wire Size 10 AWG(60 C)
PACKAGE UNIT CLEARANCES APPROXIMATE DIMENSIONS & WEIGHT*
Front 32 in Back 36 in PACKAGE UNITS
Bottom 0 in Top 72 in
Left Side (filter access) 36 in Height 33 in Width 82 in Depth 45 in
Right Side (outdoor 24 in Total Weight (incl factory options) 665 Lbs*
• INDOOR UNIT CLEARANCES SPLIT SYSTEMS in
Side With RETURN AIR opening in Outdoor Unit:Height in Width in Depth
•
Side With SUPPLY AIR opening in Outdoor Unit Total Weight Lbs
• Side With PIPING CONNECTIONS in Indoor Unit:Height in Width in Depth in
Side Opposite PIPING CONN. in Intdoor Unit Total Weight 0 Lbs • Rigging Weight
Engineer's Notes:
NOTE: Check Local Codes
. ORK' ENGINEER'S REPORT Date 02/20/96 Page 1
Hegira ardAir Cordtionitg GAS/ELECTRIC ROOFTOP UNIT Order No
Job Name Tigard School District Engineer
Architect Submitted By Alan Kolkemo
QUANTITY: 1 Schedule No: RT -21 CR 17 Model No: D6CG036N07925EC
COOLING PERFORMANCE HEATING PERFORMANCE
• Entering Air Temp. 50.0 F
• Total Capacity' 40.5 MBH Leaving Air Temp. 111.0 F
Sensible Capacity 20.9 MBH Air Temp. Rise 61.0 F
Efficiency (at ARI) 10.10SEER Electric Heat
• Part Load Efficiency 0.0 IPLV Capacity N/A MBH
Power Input (w /o blower) 3.31 K Power Input N/A KW
Elevation 300 Ft
Leaving DB Temp 58.89 F
Leaving WB Temp 56.43 F 4 Gas Heat
Gas Fired Input 100 MBH
Gas Fired Output 79 MBH
N/A
N/A
AFUE 80.5 %
Outdoor DB Temp 90.0 F Heat Pump
Entering DB Temp 75.0 F Capacity: 47F N/A MBH
Entering WB Temp 67.0 F 17F N/A MBH
*Gross Capacity COP: 47F N/A
N/A
SUPPLY AIR BLOWER PERFORMANCE - HSPF 17F N/A
Total Supply Air 1200 CFM . Indreates Heating Performance Type
Outside Air 600 CFM ELECTRICAL DATA
External Static Pressure 0.83 IWG
Duct Location Bottom Single Package
Blower Speed High Power Supply 230 -3-60
Motor Rating 0.5 HP Total Unit Ampacity 24.3 Amps
Power Input Requirement 0.66 KW Maximum Overcurrent Device
Fuse Size 35 Amps
- Indoor Fan Motor Heat 2.3 MBH HACR Breaker Size 35 Amps
Minimum Wire Size 10 AWG(60 C)
PACKAGE UNIT CLEARANCES APPROXIMATE DIMENSIONS & WEIGHT"
Front 32 in Back 36 in PACKAGE UNITS
Bottom 0 in Top 72 in
Left Side (filter access) 36 in Height 33 in Width 82 in Depth 45 in
Right Side (outdoor 24 in Total Weight (ind factory options) 665 Lbs*
INDOOR UNIT CLEARANCES SPLIT SYSTEMS in
Side With RETURN AIR opening in Outdoor Unit:Height in Width in Depth
Side With SUPPLY AIR opening in Outdoor Unit Total Weight Lbs
Side With PIPING CONNECTIONS in Indoor Unit:Height in Width in Depth in
Side Opposite PIPING CONN. in Intdoor Unit Total Weight 0 Lbs • Rigging Weight
Engineers Notes:
NOTE: Check Local Codes
ORK ENGINEER'S REPORT Date 02/20/98 Page 19
Hazing erdAk GAS/ELECTRIC ROOFTOP UNIT Order No
Job Name Tigard School District Engineer
. Architect Submitted By Alan Kolkemo
QUANTITY: 1 Schedule No: RT -22 CR 18 Model No: D6CG036N07925EC
COOLING PERFORMANCE HEATING PERFORMANCE
Entering Air Temp. 50.0 F
Total Capacity' 40.5 MBH Leaving Air Temp. 111.0 F
Sensible Capacity 20.9 MBH Air Temp. Rise 61.0 F
•
Efficiency (at ARI) 10.10 SEER Electric Heat
Part Load Efficiency 0.0 IPLV Capacity N/A MBH
• Power Input N/A KW
Power Input (w /o blower) 3.31 KW
Elevation 300 Ft
Leaving DB Temp 58.89 F
Leaving WB Temp 56.43 F 4 Gas Heat
Gas Fired Input 100 MBH
Gas Fired Output 79 MBH
N/A
N/A
AFUE 80.5 %
Outdoor DB Temp 90.0 F Heat Pump
Entering DB Temp 75.0 F Capacity: 47F N/A MBH
Entering WB Temp 67.0 F 17F N/A MBH
'Gross Capacity COP: 47F N/A
17F N/A
SUPPLY AIR BLOWER PERFORMANCE HSPF N/A
Total Supply Air 1200 CFM 4 Indicates Healing Performance Type
Outside Air 800 CFM ELECTRICAL DATA
External Static Pressure 0.83 IWG
Duct Location Bottom Single Package
Blower Speed High Power Supply 230 -3-60
Motor Rating 0.5 HP Total Unit Ampacity 24.3 Amps
Power Input Requirement 0.66 KW Maximum Overcurrent Device
Fuse Size 35 Amps
Indoor Fan Motor Heat 2.3 MBH HACR Breaker Size 35 Amps
Minimum Wire Size 10 AWG(60 C)
PACKAGE UNIT CLEARANCES APPROXIMATE DIMENSIONS & WEIGHT*
Front 32 in Back 36 in PACKAGE UNITS
Bottom 0 in Top 72 in
Left Side (filter access) 36 in Height 33 in Width 82 in Depth 45 in
Right Side (outdoor 24 in Total Weight find factory options) 665 Lbs*
INDOOR UNIT CLEARANCES SPLIT SYSTEMS In
Side With RETURN AIR opening in Outdoor Unit:Height in Width in Depth
Side With SUPPLY AIR opening in Outdoor Unit Total Weight Lbs
Side With PIPING CONNECTIONS in Indoor Unit:Height in Width in Depth in
Side Opposite PIPING CONN. in lntdoor Unit Total Weight 0 Lbs • Rigging Weight
-
Engineer's Notes:
•
NOTE: Check Local Codes