HomeMy WebLinkAbout2875 LOKER AV EAST; ; CB890265; PermitDECLARATIONS
LENDER WORKER'S COMPENSATION OWNER/BUILDER CONTRACTOR
§ •
Si
1 ^ s 1 S a"»
o -5 3°., < ^ ^ ^ -D O ^ X) O T3 « S S = c
t 2
- w ,^ 1
= a :
O (D -
w Q. " -
T3 P 9 (6 (6 O
3 ° S5
c — ^
o 2. 3
m «
If a
O 3 (P
S ° 9 3 5*
r. " S
g ^ o
3 Q- o
Q -, 5 m -D O „ m -n g s
9 1 m ^
^ - X X ;^ :T > O
01 T3 O ~ » m
3
9 •
S 3
^ S 9- n ;5 :
. - 4 c„ ?
• 1° o '
^IS i s
5 o 6 3 <
! 310 ^
. O ^ - r
n I 1
una
f?
? "^a 3-0
3 — g " 5 ~ I
=9 '
9 "0 o 00^
III
' S3
as a
g <_
5°
a u 3 2. •< — 5 o o * _
u c 9 Ot
O 3:
«3
5 5
3 2 ? S
White — Inspector Green — (1) Finance Yellow — Assessor Pink Applicant Gold — Temporary File
CO
m O
>
O O
o z
o
-n
52
mo
§1
o'-
m-D
3) o •0 aj
cn
• •
03 m
m O
•
•
•
•
•
m
O
J3 o
3 m
z -n O
3D
O m
O CO
m m
O c z o >
o z
X
m
D >
CO -a m q o
JO
CD I O T) O "D
o o O J}
z " z m U) —1 n ^ o
m U) —1 33 3]
m m m m H Z H w m m <T> ON ED m O
m n u C
-""DO)
O 3) o
2 3) cn
H O O z
CO 13 m O H
o
2
O
I 33
m m OO 7; _
m -n
o
>
3) m O c
m
O m
"D
m
O
z
CO -D m O H o z
33 m
O O
3)
D
cn Ti m O
H o
33
m
CO
GO
DEVELOPMENT PROCESSING SERVICES DIVISION
2075 LAS PALMAS DRIVE
CARLSBAD, CA 92009-4859
(619) 438-1161
MISCELLANEOUS FEE RECEIPT
Applicant Please Print And Fill In Shaded Area Only
ASSESSOR'S
PARCEL NO.
OWNER TF.cM^T ca[j^^m^^/(y^ 5123 03/02/89 0001 01 05
Misc 525-00
VALIDATION AREA
OWNER'S
A^'^FI^IS 55-7-^ f^n^ "St
5123 03/02/89 0001 01 05
Misc 525-00
VALIDATION AREA
5123 03/02/89 0001 01 05
Misc 525-00
VALIDATION AREA
CONTRACTOR 7^^^
FRTMATFn UAI IIATION /d'^^
PI AM nMFnK FFF 001.810-00-00-8821 ^^^^ <
CONTRACTOR'S
FRTMATFn UAI IIATION /d'^^
PI AM nMFnK FFF 001.810-00-00-8821 ^^^^ <
ciTY^I/U/SiS^ ZIP ft/0 TEL:^^-5/7^?
IF THE APPLICANT TAKES NO ACTION
WITHIN 180 DAYS, PLAN CHECK FEES
WILL BE FORFEITED.
• 1 - ' •• STATE BUSINESS
LICENSE NO. LICENSE NO.
IF THE APPLICANT TAKES NO ACTION
WITHIN 180 DAYS, PLAN CHECK FEES
WILL BE FORFEITED.
• 1 - ' ••
Ri iRnivi«|OH 1 njf.c:)
•> LEGAL DESCRIPTION O/^ 0^(l^ CHECK IF SUBMITTED:
T^krr^ /ovt • 2 ENERGY CALCS
r-i 2 1987 ENERGY CALCS
'—' FOR NON RESIDENTIAL BLDGS
DESCRIPTION OF WORK • 2 STRUCTURAL CALCS
• 2 SOILS REPORTS
• 2 SELF ADDRESSED ENVELOPES
DATE GIVEN/ DAJF
SENT TO APPLICANT
CONTACT PERSON /^^(^/j^ LA COSTA LETTER \ '
r''t '——/
ADDRESS 0f^<^^l//7 SCHOOL FEE FORM
aiy^lff/efO ^ fV/^ TEL. 1/1^-^110 P & E CORRECTIONS LIST
CERTIFICATE OF OCCUPANCY
APPLICANT'S SIGNATURE DATE
White - File Yellow - Applicant Pink - Finance Gold - Assessor
CITY OF CARLSBAD
INSPECTION REQUEST
PERMIT* CB89026fe ' FOR 11/07/89
DESCRIPTION: ADD BATHROOMS/ENCLOSE MEZZANIN
LOWER 2918 SF/UPPER 6171 SF
JOB ADDRESS: 2875 LOKER AV EAST
APPLICANT: KINOSHITA, MICHAEL
CONTRACTOR:
OWNER:
REMARKS: T2/MH/FRAN/223-1663
SPECIAL INSTRUCTIONS:
STR:
PHONE: 2267710
PHONE:
PHONE:
INSPECTOR
INSPECTOR AREA PK
PLANCK* CB890265
OCC GRP
CONSTR. TYPE NEW
FL: STE:
TOTAL TIME:
CD LVL DESCRIPTION ACT COMMENTS
19 ST Final Structural
29 PL Final Plumbing
39 EL Final Electrical
49 ME Final Mechanical
***** INSPECTION HISTORY *****
DATE DESCRIPTION ACT INSP COMMENTS
101989 Final Combo CO PK SEE NOTICE 10-18-89
101889 Final Combo CO PK SEE NOTICE 10-18-89
101689 Final Combo NR PK NEED TO RESEARCH
101689 Final Combo NR PK NEED TO RESEARCH
101389 Final Combo NS PK
092289 Final Electrical AP JR
r / FINAL BUILDING INSPECTION RECEIVE
PLAN CHECK NUMBER: ^^"265
PROJECT NAME: TeciibUt CoflStr.
ADDRESS
DATE: 10-12-89
\ 6 1989
PROJECT NO.:
TYPE OF UNIT:
UNIT NUMBER:
I \ NUMBER OF UNITS:
PHASE NO.:
CONTACT PERSONr.
CONTACT TELEPHONE:. 223-1863
ir.
INSPECTeO^ /
BY: C. .^^MV-W-'^^^T^
INSPECTED
BY:
DATE , ,
INSPECTED: IOf/(o/kj
DATE
INSPECTED:
APPROVED
APPROVED
DISAPPROVED
DISAPPROVED
INSPECTED
BY:
DATE
INSPECTED: APPROVED DISAPPROVED
COMMENTS:
Rev. 1/86 WHITE: Suspense BLUE: Water District GREEN: Engineering CANARY: Utilities PINK: Planning GOLD: Fire
' \
v.. '
UNSCHEDULED INSPECTION
DATE /^^^S" S7 INSPECTOR
PERMIT # PLANCK # Ct^^
JOB ADDRESS o2g 7-5"^ /Ony<- ^-r-r
TIME ARRIVE: (^d^'^ TIME LEAVE:
CD LVL DESCRIPTION ACT COMMENTS
ESGIL CORPORATION
9320 CHESAPEAKE DR., SUITE 208
SAN DIEGO, CA 92123
(619) 560-1468
DATE: Ap^^f^ /3 ^9?f n APPLICANT.
^ ^ ^ ,4jII£ts5fCTI 01^ "-^
JURISDICTION: C/rtf g/=^ l^^^-g-^s g/j o
PLAN CHECK NO: ^<f^XCS- SET: iZT
PROJECT ADDRESS; ^'^^7 Zo/gf^ i^s?—
PROJECT NAME: /^d^BlLT (^A>'5T»2O'C77O^ /,-^.
jPLAN CHECKER
JFILE COPY
JUPS
• DESIGNER
The plans transmitted herewith have been corrected where
necessary and substantially comply with the jurisdiction's
building codes.
I—I The plans transmitted herewith will substantially comply
I I-with the jurisdiction's building codes when minor deficien-
cies identified are resolved and
checked by building department staff.
•
The plans transmitted herewith have significant deficiencies
identified on the enclosed check list and should be corrected
and resubmitted for a complete recheck.
•
The check list transmitted herewith is for your information.
The plans are being held at Esgil Corp. until corrected
plans are submitted for recheck.
•
The applicant's copy of the check list is enclosed for the
jurisdiction to return to the applicant contact person.
^ The applicant's copy of the check list has been sent to:
f 1 Esgil staff did not advise the applicant contact person that
plan check has been completed.
Esgil staff did advise applicant that the plan check has
been completed. Person contacted; l^iic/£ /</f^os/9/m
Date contacted: ^-/SZ^'S^ Telephone » Z7^- 77fC>
[]] REMARKS:
By:. Enclosures:
ESGIL CORPORATION
•GA DAA DVW QDM
ESGIL CORPORATION
9320 CHESAPEAKE DR., SUITE 208
SAN DIEGO, CA 92123
(619) 560-1468
DATE: Mf^^c^ ^7 /'vS'?
JURISDICTION: (^//^ (yf= O/l^z^s/S.^'C^
PLAN CHECK NO: S'cf-s^S- SET; ^ 4lC
• A£EiacAiiiaL__
^^fpmR^-'^"TCTT^
—QPLAN CHECKER
JFILE COPY
• UPS
"~! DESIGNER
PROJECT ADDRESS; ^"^^7 ^kifti/Z- Ai/e: I^AST
PROJECT NAME; "TECH'S tL-T Ce>^ST>Z*j.cr7i'^ T^^/i.^
•
The plans transmitted herewith have been corrected where
necessary and substantially comply with the jurisdiction's
building codes.
I—I The plans transmitted herewith will substantially comply
I I with the jurisdiction's building codes when minor deficien-
cies identified are resolved and
checked by building department staff.
•
The plans transmitted herewith have significant deficiencies
identified on the enclosed check list and should be corrected
and resubmitted for a complete recheck.
The check list transmitted herewith is for your information.
The plans are being held at Esgil Corp. until corrected
plans are submitted for recheck.
•
The applicant's copy of the check list is enclosed for the
jurisdiction to return to the applicant contact person.
The applicant's copy of the check list has been sent to;
4rr^ ! MlCHqfS^ k'/^J^S/Z/T^ Sg^y 0/^,^a 9^f^o
2 Esgil staff did not advise the applicant contact person that
plan check has been completed.
r~j Esgil staff did advise applicant that the plan check has
been completed. Person contacted;
Date contacted: Telephone # 77/O
REMARKS; Ce>^^ O *=- "T^z-g 'jTij^y^^ iTT-iif<~ TA^^ C/T^
By; ^ Enclosures:
ESGIL CORPORATION
PLAN OOKKBCTIOW SHEET
TBtAHT IMPROVBgOT
FLAN CHECK NO.
JURISDICnCM:
10: /^tZ^'^'^e^ Hx^/c/'/i/t^/C^e^SiO'i ^As.s^c
OOCSPANCY:
PROJECT DMA
B0IU)IN6 DSE; (^f^^iCi£^ t
TYPE OF OONSTKUCUm:
ACIOAL AREA.; "
ALLOHABLE AKEA:
STORHS
HEIGHC:
SFUBKLEKS: Ye as.
OCCDPANI LOAD:
RSIARKS:
Date plans received by jurisdiction:
Date plans received by Esgil Corporation:
Date initial plan check completed:
Applicant contact person:
yOKBIMa); PLEASE READ
Plan check is limited to technical requireoents
contained in the Uniform Building Code, Uniform
Plumbing Code, Uniform Mechanical Code, National
Electrical Code and state laws regulating energy
conservation, noise attenuation and access for the
handicapped. The plan check is based on
regulations enforced by the Building Inspection
Department. You may have other corrections based
on laws and ordinances enforced by the Planning
Department, Engineering Department or other
depsurtments. Code sections cited are based on the
1985 UBC.
The circled items listed need clarification,
modification or change. All items must be
satisfied before the plans will be in conformance
with the cited codes and regulations. Per Sec.
303(c), 1985 Uniform Building Code, the approval of
the plans does not permit the violation of any
state, county or city law.
To speed UP the recheck process, note on this list
for a copy) where each correction item has been
addressed, i.e.. plan sheet, specification, etc.
Be sure to enclose t*"f in»rVed TO list when vou
submit the revised plans.
nOIK: PAGS mHEOtS ARK ITO IN SBQOEIKZ AS PAGIES HATHIG NO UBC NEBDHIB OORRBCHGHS HERE SELEtB).
LIST NO. 90, TENANT IMPR0VQ1ENT WITHOUT SPECIFIC ENERGY ZONE DATA OR POLICY SUPPLQ1ENTS, 1985 UBC
0
X
Please make all corrections on the original
tracings and submit two new sets of prints, and
any original plan sets that may have been
rettimed to you by the jurisdiction, to:
Esgil Corporation, 9320 Chesapeake Drive,
Suite #208, San Diego, CA 92123,
(619) 560-1468.
Please make all corrections on the original
tracings and submit two new sets of prints, and
any original plan sets that may have been
returned to you by the jurisdiction, to:
The jurisdiction's building department.
Indicate on the Title Sheet of the plans, the
name of the legal owner and name of person
responsible for the preparation of the plans.
Section 302(a)7.
Each sheet of the plans must be signed by t:he
person responsible for their preparation, even
though there are no structuoral changes.
Business and Professions Code.
Plans and calculations shall be signed by the
California strata licensed engineer or architect
where there are structural chjuiges to existing
buildings or structural additions- Please
include the California license number, seal,
date of license expiration and date plans are
signed. Business and Professions Code.
Provide the correct address and suite number of
tenant space on the plans. Section 302.
Provide a note on the site plan indicating tJie
previous use of the tenant space or building
being remodeled. Section 302.
When the character of the occupancy or use
changes within a building, the building must be
made to comply with current Building Code
requirements for the new occupancy. Please
provide complete details to show the building
with comply. Section 502.
UBC Section 304 requires the Building Official
to determine the total value of all
construction work proposed under this permit.
The value shall include all finish work,
painting, roofing, electrical, plumbing,
heating, air conditioning, elevator, fire
extinguishing systems and any other permanent
equipment. Please provide a signed copy of the
designer's or contractor's construction cost
estimate of all work proposed.
Provide a plot plan showing the distance from
the building to the property lines and the
location of tenant space (or remodel) within
the building.
On the first sheet of the plans indicate;
Type of construction of the existing building,
present and proposed occupancy classifications
of the remodel area and the occupwt load of
the remodel areas and the floor v4iere the
tenant improvement is located.
Provide a statement on the Title Sheet of the
plans that this project shall comply with
Title 24 and 1985 UBC, UMC and LTC and 1987
NEC.
Provide a fully dimensioned floor plan showing
the size and use of all rooms or areas within
the space being improved or altered. Draw the
plans to scale and indicate the scale on the
plan.
Indicate the use of all spaces adjacent to the
area being remodeled or improved.
Show any existing fire rated area separation
walls, occupancy separation walls, demising
walls, shafts or rated corridors. Identify
and provide construction details for proposed
new fire rated walls.
Specify on the plans the fire ratings of
assemblies to protect proposed openings in
existing or new fire walls.
^^}^ Identify existing walls to be removed,
existing walls to remain and proposed new
walls. Identify bearing walls, non-bearing
walls, and shear walls.
Provide a section view of all new interior
partitions. Show:
(a) Type, size and spacing of studs.
Indicate gauge for metal studs.
Specify manufacturer and approval
number or indicate "to be ICBO
approved".
(b) Method of attaching top and bottom
plates to structure. (NOTE: Top of
partition must be sectured to roof or
floor framing, unless suspended
ceiling has been designed for
partition lateral load).
(c) Wall sheathing material and details
of attachment (size and spacing of
fasteners).
(d) Show height of partition and
suspended ceiling, and height from
floor to roof framing or floor
framing.
1/6/88
Provide notes and/or details to show that the
floor and wall finish in toilet rooms are
surfaced with a. smooth hard non-absorbent
material extending five inches up the wall.
Similar surfacing shall be provided on the
walls from the floor to a height of 4 feet
around urinals and within water closet
compartments. Section 510(b).
Jiff. Note on the plans; "All interior finishes must
comply with Chapter 42 of the UBC". Specify
"cl2iss aflame spread rating (minimum)
for ."
3^-
Lateral bracing for suspended ceiling must be
provided. (UBC Table 23-J) Where ceiling
loads are less than 5 PSF and not supporting
interior partitions, ceiling bracing shall be
provided by four No. 12 gauge wires secured to
the main runner within 2 inches of the cross
runner intersection and splayed 90_ from each
other at an angle not exceeding 45_ from the
plane of the ceiling. These horizontal
restraint points shall be placed 12 feet o.c.
in both directions with the first point within
4 feet of each wall. Attachment of restraint
wires to the sliructtire above shall be adeqtjate
for the load imposed.
In buildings having floors and roofs of wood
frame construction, other than dwelling or
hotel occupancies, draft stop the area between
the ceiling and floor above so that no
concealed space exceeds 1,000 s.f. and no
horizontal dimension exceeds 60 L.F. (if space
has sprinklers, then 3,000 s.f. and 100 L.F.).
In buildings having floors and roofs of wood
frame construction, other than dwelling or
hotel occupancies, draft stop the eurea between
the ceiling and roof above so that no concealed
space exceeds 3,000 s.f. and no horizontal
dimension exceeds 60 L.F. (if spau:e has
sprinklers, then 9,000 s.f. and 100 L.F.).
The tenant space and new and/or existing
facilities serving the remodeled area must be
accessible to and functional for the physically
disabled. See the attached correction sheet.
Title 24, Part 2.
The width of the required level area on the
side into which doors swing shall extend 24
inches past the strike edge for exterior doors
and 18 inches past the strike edge for interior
doors. Section 2-3304, Title 24.
Specify lever-type hardweure for peissage doors
on floors accessible to the disabled. Section
2-3304, Title 24.
^ff^ If both sexes will be employed and the number
of employees exceeds four, provide separate
toilet facilities for men and women. If "both
sexes will be employed and the total number of
employees will not exceed four", and only one
restroom is provided, note the words in
quotation above on the floor plan. Section
705.
Ji^S^ In axKtiS where the occupant load exceeds ,
two exits are required. See
. Table 33-A.
Provide an exit analysis plan (may be 8 1/2" x
11" or any convenient size).
^/IS^ Exits should have a minimum separation of one-
half the maximum overall diagonal dimension of
the building or area served. Section 3303(c).
Vc^'b maximum nimber of required exits and their
required separation must be maintained tuitil
egress is provided from the structure.
Section 3303(a).
yif^ Rooms with more than 10 occiqiants may have one
exit through one adjoining room. Revise exits
to comply. Section 3303(e).
_>fft^ Exit signs are required for exits serving an
occupant load exceeding 49. Show all required
exit sign locations. Section 3314(a).
Jtiti^ Show that exits are lighted with at least one
foot candle at floor level. Section 3313(a).
^;is€^ Show the locations of existing exits from the
building and show the path of travel from the
remodel area to the existing exits.
Note on the plans: "All exits are to be
openable from inside without the use of a key
or special knowledge". In lieu of the above,
in a Group B occupancy, you may note "Provide
a sign on or near the exit doors reading THIS
DOOR TO REMAIN UNLOCKED DURING BUSINESS
HOURS". Section 3304(c).
Exit doors should be a minimum size of 3 feet
by 6 feet 8 inches with a minimum door swing
of 90 degrees. Maximum leaf width is 4 feet.
Section 3304(e).
^^H^ Exit doors should swing in the direction of
egress when serving an occi:pant load of 50 or
more or when serving any hazardous area.
Section 3303(b). Applies to door(s)
2/2/88
@ Show rated corridort, lobbies, reception or
foyers cross-hatcbe4 on the floor plans.
Total area of all opening*, except doors, in
any portion of an interior corridor, shall not
exceed 25 percent of the area of the corridor
wall of the rooa which it is separating froa
the corridor. Such openings shall be protected by fixed, approved 1/4 inch thick wired glass
installed in steal frames. Section 3305(h}.
Provide a complete architectural section of the
corridor, or exterior exit balcony, showing all
fire-resistive materials and details of
construction for all floors, walls, ceiling and
all penetrations. Section 3305(g).
Show the location of fire dampers. Provide
fire dampers at duct penetrations of fire-
rated occvqpancy and area separations, shafts
and corridor walls and ceilings. Section
4306(j).
If building exceeds two stories, show corridor
is separated from elevator shaft. Sections
3304(g)(h) and 1706(a)(b). (See I.C.B.O.
interpretation).
t
if'-
A-
Provide evidence of Health
(for restaurants or for
equipment). -
Department approval
tenants using X-ray
Submit plan showing location of all panels.
Submit panels schedules.
Submit electrical load calculations
Indicate existing service size.
Indicate existing building load.
Indicate new additional loads.
Indicate wiring method.
Show exit signs on the electrical ligihting
plan. Note: Power for exit li^ts and
emergency lighting must conform to the 1985 UBC
Sections 3313 and 3314.
V69y Provide receptacle(s) within 25' of the roof
— mounted A/C units. UMC Section 509.
7^. Provide multiple switch lighting controls per
CAC, Title 24, 2-5319.
<3 ProTide mechanical ventilation in all
capable of sinwlying a minlw of 5 cubic feet
p«r minute of oi&ide air with a total
circulation of not less than IS cubic feet per
•inuta per occtipant. Section 605 and 705,
UBC. ^Mfoui Ou'rSia£ ^t>K Sfiuir ^Ysrts^
Provide mechanical plans showing existing and
proposed HVAC equipment, ducts and access to
equipment.
Detail access
equipment.
and working clearances to HVAC
Cooling coils or cooling units located in
attic or furred space, where damage may result
from condensate overflow, shall be provided
with an additional water tigjit pan of
corrosion resistant material to catch overflow
if primary condensate drain becomes clogged.
Section 1205, UMC.
One-hour corridors shall not be used as an
integral part of a duct system. Ihis Includes
the space above a dropped ceiling within the
one-hour corridor. UMC Section 706(b}.
MMBDC
Provide gas line plans and calculations,
showing pipe lengths and gas demands. UPC
Section 1219.
Provide drain, waste and vent plans.
Provide water line sizing calculations. UPC
Section 1009.
Detail how
maintained,
priming).
floor drain trap seal is to be
UPC Section 707 (floor drain trap
Provide an electrical plan for the alarm system
showing compliance with criteria described
tmder earlier correction number 49.
Show P & T valve on water beater and detail
drain line route from P & T valve to the
exterior. UPC Section 1007(e).
Show 1/4*' per 12" slope on drain and waste
lines. UPC Section 407.
^95^^ Provide cooplete energy design calculations,
including all existing design and new energy
design for this building. See attached non-
residential energy design checklist.
For remodels in an existing conditioned space,
show that the remodeled space will use not
more energy than the existing space or show
the remodeled space will conform to latest
energy design standards.
2/2/88
85./ Please see additional corrections or remarks
that follow*
The jurisdiction has contracted with Esgil
Corporation located at 9320 Chesapeake Drive, Suite
208, San Diego, California 92123; telephone number
of 619/560-1468, to perform the plan check for your
project. If you have any questions regarding these
plan check items, please contact
at Esgil Corporation
Thank you.
Enclosures:
1.
2.
3.
2/2/88
CITY OF CARLSBAD
PLAN CHECK NO. 89-265 I & II
MARCH 27, 1989
ADDITIONAL CORRECTIONS
86. Winding stairways are not permitted in commercial uses.
3306(d).
STRUCTURAL
87. Provide a foundation design for the added columns.
88. Provide a copy of the soils report showing allowable
soil bearing value of 2000 psf.
ENERGY
89. The building owner must sign the CF-IB Form.
90. The CF-lB form must be imprinted on the plans.
If you have any questions, please contact Robert C. Hoglen
of Esgil Corporation at (619)560-1468. Thank you.
Datet ^-27'3 f .Tnr-i art ^ ntlon CiTij CA^S^^
Prepared byi
R,CjJa^cj-^J VALUATION AND PLAN CHECK FEE
• Bldg. Dept,
• Esgil
PLAN CHECK NO
BUILDING ADDRESS ^8^7 <^^g.g. /hjS. ^A^r
APPLICANT/CONTACT /^'^ /^>^OSH-,7^ PHONE NO. - -TP/ ^
BUILDING OCCUPANCY ^ 13-^ DESIGNER PHONE S^o^e.
TYPE OP CONSTRUCTION CONTRACTOR PHONE
BUILDING PORTION BUILDING AREA VALUATION
MULTIPLIER
VALUE
-
Air Conditionine
Commercial
Residential
Res. or Comm.
Fire Sprinklers @
Total Value
Building Permit Fee $.
Plan Check Fee $
COM MENTSL.
^o7
SUEET 1 OF /
12/87
«
(0
O
OQ
•o
>
<-> n (0 a a
>
CO QQ
•o "0 V »
> > 4)
• • •
• • •
0 • •
Date:
ENGINEERING CHECKLIST
LEGEND
Plan Check No. ^ a~, 6Z-^ 5
Project Address: U^G,"! L^tz£je,4v
Project Name; "fZP ^
Field Check Date: 1,2,3
Item Complete
Item Incomplete -
Your Action
Needs
By:
Number in circle
indicates plancheck
number that deficiency
was identified
LEGAL REQUIREMENTS
Site Plan
1. Provide a fully dimensioned site plan drawn to scale. Show: North
arrow, property lines, easements, existing and proposed
structures, streets, existing street improvements, right-of-way
width and dimensioned setbacks.
2. Show on Site Plan: Finish floor elevations, elevations of finish
grade adjacent to building, existing topographical lines, existing
and proposed slopes, driveway and percent (%) grade and drainage
patterns.
3. Provide legal description of property.
4. Provide assessor's parcel number.
PERMITS REQUIRED
Grading
Grading permit required. (Separate submittal to Engineering
Department required for Grading Permit).
• • • 6. Grading plans in plan check PE
• • • 7. Need the following completed prior to building permit issuance:
• • • A. Grading plans signed.
• • • B. Grading permit issued.
• • • C. Grading completed.
• • • D. Certification letter and compaction reports submitted.
• • • E. Grading inspected and permit signed off by City Inspector.
•/t;cjrt^^o 8. RIght-of-Way Permit required for work in public right-of-way
(e.g., driveway approach, sidewalk, connection to water main.
• • •
etc).
9. Industrial Waste Permit application required. To be filled out
completely and returned to Development Processing.
FEES REQUIRED
Park-in-Lieu fees required.
Quadrant: , Fee Per Unit: , Total Fee:
Traffic impact fee required.
Fee Per Unit: , Total Fee:^^--fc:^
12. Bridge and Thoroughfare fee required.
Fee Per Unit: . Total Fee: "CD
\^ • • 10.
•. 11.
ri^ • • 12.
izf • • 13.
czi^ • • 14.
• 15.
0^ • • 16.
REMARKS:
Sewer connection fee: Sewer permit no.
16. Sewer lateral {"equired: .4::^r:r^i*9fii){3^
O.K. to issue: -.^-2 ^^O^^-zff Date: 5 -2^3-Sf
If you have any questions about any of the above items identified on this plan
check, please call the Development Processing Department at 438-1161.
(0
a
a O
> CD CO
•0 •o •a V 3;
.2 .2 > '> '>
« V
oc
m
o u U Q. 0. Q.
0)
(0
O
• • •
• • •
PLANNING CHECKLIST
Plan Check No. 5^0^'^
Type of Project and Use
Address ZS4>'//e/cs^ SQST
Zone Use Allowed? YES NO
Setback: Front Side Aj//} Rear A///=f
Facilities Management Zone
School District: San Dieguito
Carlsbad
Encinitas
Discretionary Action Required
Environmental Required
Landscape Plan Required
Comments
YES
YES
YES
San Marcos
NO
NO
NO
Type
Coastal Permit Required
Additional Comments
YES NO J<
OK TO ISSj •4^ DATE
-77
2660 ORION WAY
CARLSBAD, OA 9P008 . FIRE DEPARTMENT
TELEPHONE
(619) 931-2121
PLAN CHECK REPORT
PAGE 1 OF. /
APPROVED
^
DISAPPROVED
PLAN CHECK*
PBOJECTTPTCHS//. T Cry/<;Tff^c-\i(\ i OyO?^ ADDRESS .^P7n5' I OK ~< •/!(;?; u >^-'^j-
ARCHITECT kT^fA^^AA {=Xi -Vic:^^ADDRESS -S/l-v; .A/gr-,r-, PHONE ^Hcr- -yil O
rANtiPyn^^/K/zT ^^fP, r?n< l. ADDRESS PHONE 7^,"^-?^/1 r".
OCCUPANCY £^ CONST. V M TOTAL SO. FT. STORIES "TZV^ /-^i
--gSPRINKLERED ^TENANTIMP. /2-<;7>^. vic.^S X Z /ii/— jj/t 7. -7
APPROVAL OF PLANS IS PREDICATED ON CONFORMING
TO THE FOLLOWING CONDITIONS AND/OR MAKING
THE FOLLOWING CORRECTIONS:
PLANS, SPECIFICATIONS, AND PERMITS
1. Provide one copy of: floor plan(s); site pian; sheets
2. Provide two site plans showing the location of aii existing fire hydrants within 200 feet of the project.
3. Provide specifications for the following:
4. Permits are required for the installation of all fire protection system^sprinkler§)stand pipes, dry chemical, halon,
CO2, alarms, hydrants). Plan must be approved by the fire departmern prior fo Installation.
. 5. The business owner shall complete a building Information letter and return It to the fire department.
FIRE PROTECTION SYSTEMS AND EQUIPMENT
\/ 6. The following fire protection systems are required:
0 Automatic fire sprinklers (Design Criteria: ^ fiFT^ /L//^P/^^ >^ )
O Dry Chemical, Haion, CO2 (Location: )
• Stand Pipes (Type: )
• Fire Alarm (Type/Location: )
^/ 7. Fire Extinguisher Requirements:
\2One2Afated ABC extinguisher for each /.-(fyg-' sq. ft. or portion thereof with a travel distance to the nearest
' extinguisher not to exceed 75 feet of travel.
• An extinguisher with a minimum rating of to be located:
pother: 4.S< fev^' /l ir^n. /7AV=/; ~
8. Additional fire hydrant(s) shall be provided .
EXITS
9. Exit doors shall be openable from the Inside without the use of a key or any special knowledge or effort.
10. A sign stating, " This door to remain unlocked during business hours" shall be placed above the main exit and
doors
11. EXIT signs (6" x letters) shall be placed over all required exiits and directional signs located as necessary to
clearly indicate the location of exit doors.
GENERAL
12. Storage, dispensing or use of any flammable or combustible liquids, flammable liquids, flammable gases and
hazardous chemicals shall comply with Uniform Fire Code.
13. Bullding(s) not approved for high piled combustible stock. Storage in closely packed piles shall not exceed 15 feet
in height, 12 feet on pallets or in racks and 6 feet for tires, plastics and some flammable liquids. If high stock pil-
ing is to be done, comply with Uniform Fire Code, Article 81.
14. Additional Requirements.
.15. Comply with regulations on attached sheet(s).
Plan Examlner'^--y TU^-^.— Pate .j;^/ / ''// -X^
Report mailed to architect Met with i Attach to Plans
DATE.
ENGR.
PROJECT
burkett
&uuong Hr
structurol t civil englneen
JOB Nr. 5 7 7 Y/4
structurol t civil engirteert
PROJECT
7^/ X —i ,^
-^ f burkett ^ DATE
ENGR
structurol ( civil engineers
PROJECT
^^^^ ^ t,^^ tlCf'
S,yyJ2L f-,a^sr ,9=- 5,7^
^ ——————
f 75 ' 1 2-' _ , , ^-5.^-
•^-n burkett/S^ A K
structurol C civil enolr^eers
PROJECT ^ ^
C/^(<^ /V-/ '^9^
V burkett
• Sujong W
HATf 'y- <r I r'' Mfl SHEET
MU • GrUJOng W JOB MO 3 77fvf
structurol ( civil engineers
PROJECT
^^S- ^/>(5 ^; /^y^ v'-'^^Tv
DATE.
ENGR.
PROJECT
burkett
&ujong Hr
structurol & civil engineers
SHFFT
JOB Nin ^ 77V/
(P
^ > ^ V
r ^ ^
V
L 7^7 /
to
1"
ON.
u
7.7/*l>f» 5/:/
/
DATE.
ENGR.
PROJECT
burkett
&ujong Hr
structurol t civil engineers
SHEET.
JOB Kin h779/(
%
%5 sc^-r- ,?)^^x^/y =
7<f.1
' ' T-t*!
\6, i J-fUl4^rC f'f^fiM U-5 f/Vt.Wf^
burkett L
&iJuong 1 <;HFFT ^^'^
FNr,R M H
burkett L
&iJuong 1
-PROJECT
structurol C civil engineers
P
1
t
^/
6 y/ y
^^^^ t^U^^,^
to
n
7
IP
TECHBILT 7. CO STEEL COLUMN DESIGN 0/^^-6-
Y AXIS
P KIPS=' 21. 10 kL/r = 34. 50 0
END M K-F= 0 0 Fa KSI= 14. 36
kL FT= IB. 00 1. 00 •fa KSI = 2. 75
A SQIN= 7.68 •fbx KSI = 22. 50
S IN'--4= 38. 40 3. 49 •fby KSI = 0
r IN= 6. 26 1. 12 Fe;-! KSI = 166.81
Fb KSI = 21. 60 21.60 Fey KSI= 1730.08
Cm= 0. 85 0. 85 1.6-la= 0.82 0
Fy KSI= 36. 00 1.6-lb= 0. 10 0
MAX M K-F= 72. 00 0 1.6-2= 0. 92 0
=PRIMARY,2 1. 00
^LLOWABLE STRESS INCREASE 1.
DATE.
ENGR.
PROJECT
burkett ^
&ujong ^ir
structural & civil engineers
SHEET.
JOB NO. ^7yv/£
/
ID
file
fZYf? ^f'> 57''=^
^77^ yf.
XHBILT 7. 00 GRADE BEAM DESIGN
'L FT= 37. od SPrna;-KSF= 2. 63 SP min KSF= 0 1
b IN= 39. 00 Av ma;-; SQIN= 1. 16 Vu ma;-; KIPS= 296. 5
t IN= 24. 00 Av regd SQIN= 0 Vu KIPS= 56. 9 1
P KIPS 56. 70 Av mi n saiN= 0. 39 Vu KIPS= 92. 5
M K-F 1091. 00 Av SQIN= 0 Vu KIPS= 59. 3
1 FT= 20. 00 As ma;-{ saiN= 8.34 Mu ma;-; F-K= 60S. 9
w KSF= 0. 15 As reqd SQIN= 3.77 Mu reqd F-K= 310. 6 1
3P KSF= 67 -As reqd saiN= 1. 05 -Mu reqd F-K= 74. 0
•c KSI= 00 .i
-y KSI= 60. 00 MAX STIRRUP SPACING IN IN.= 10. 0
DAD FAC 1. 40 LENGTH OF SOIL PRESSURE IN FT= 26. 0
FOOTING COST= 11.1
TECHBILT
L FT=
b IN=
t IN=
P KIPS
M K-F
1 FT=
w KSF=
SP KSF=
F'c KSI=
Fy KSI =
LOAD FAC
13. 00
17. 00
56. 00
IB. 00
16. 10
264.00
4.60
0, 15
2. 67
2. 00
60. 00
1.40
GRADE BEAM DESIGN
SPma;-! KSF= 2.39
Av ma;-; SQIN= 1.17
Av reqd SQIN= o
Av min SQIN= 0,56
Av SQIN= 0
As ma;-; SQIN= B.38
As reqd SQIN= 3.02
-As reqd SQIN= 0.95
SP min KSF=
Vu ma;-; KIPS=
Vu KIPS=
Vu KIPS=
Vu KIPS=
Mu ma;-; F-K=
Mu reqd F-K=
-Mu reqd F-K=
^77^4
MAX STIRRUP SPACING IN IN =
LENGTH OF SOIL PRESSURE IN FT=
FOOTING COST=
0
298. 0
42.2
92.9
59.6
428. 4
177.5
47. 1
7.0
B.2
OAT£_
ENGR.
PROJECT
burkett
&ujong Hr
structurol t civil engineers
SHEET.
JOB MO 577V^
•h-j^ burkett sHeer_Aj^_
W// &UJOf^gW ,n..n 37 7 f-^
DATE
ENGR
structurol C civil engineers
PROJECT
I
-5^ _==========_
»zs
-^-p^ burkett/i^ ..... A'%
A^N &uJong W joBNo_j22z^
structurol t civil engineers
PROJECT
^^r t^o'' t^-f t.^^ 1^(7' -1,1^ ficr
/
/7 <lr •
^ - -- -
tf -^—^7.7 touy--:.^ C'^(^c*pl•^^ f^'t
•y-^ burkett
ENGR m ^ — JOB NO
PROJECT _ .
&ujong
JOB NO 377vvr
structurol C civil engineers
C¥^K M/^^'C /V-/ ^
DATE
ENGR
PROJECT
V fl burkett ^ / g
structurol C civil engineers
DATE.
ENGR.
PROJECT
burkett
&uuong IP
structural t civil engineers
SHEET_
JOB Kin ^ 77V><
5*
^ ?i V
V
to
*
V
7. 7/*?>f' ?V
DATE • '7'^^/
ENGR M ^
PROJECT
burkett
&ujong IP
structurol & civil engineers
SHEET.
JOB HOJL22±£.
7J 1
%
to
//55
I9,fi TO t^Cv^
to
7
9
Bp.-L
\6, i r-fUt4^erC /Vi-iC^if ^A'CWfc
DATE.
ENGR. MM.
PROJECT
burkett £^
&ujong IP
structurol & civil engineers
SHEET. LIf
JOB Nfi "^71 94
I
5-5
'5^
5 X 7 •/
<U/A/(f- iff 7. ^ to
LtA/C
7
2V
2y
"the
If,/
7t
6 K/ y
• TECHBILT 7. 00 STEEL COLUMN DESIGN
Y AXIS
* P KIPS=' 21. 10 kL/r = 34. 50 0
END M K-F= 0 0 Fa KSI= 14.36
kL FT= 18. 00 1. 00 •fa KSI = 2.75
A SDIN= 7.63 •fbK KSI = 22.50
S IN'"-4= 38. 40 3. 49 -fby KSI = 0
r IN= 6. 26 1. 12 Fe;-; KSI = 166.81
Fb KSI= 21. 60 21.60 Fey KSI= 1730.oe
Cm= 0.85 0.85 1.6-la= 0.82 0
Fy KSI= 36. 00 1.6-lb= 0. 10 0
MAX M K-F= 72. 00 0 1.6-2= 0.92 0
=PRIMARY,2 1. 00
ALLOWABLE STRESS INCREASE 1.33
DATE.
ENGR.
PROJECT
burkett
&ijuong IP
structurol & civil «>ngineers
SHEET.
JOB NO ?77V/<
OTN\
%r>i^>r/Z S ^7,7
(t^tCyc 7 7 ti>,h^
%f •f- iv.y^z « rs.f ^
TO '
AM~9<>yrr-
/^9fSr
' ^^^y^l** - t/7i/
/2)f fr/^P r ?,> fc V 37,2.
16,1
^ in
tl
C7
577^/^1
XHBI^T 7. 00 GRADE BEAM DESIGN
'L FT= 37. 00 SPma;-' KSF= 2. 63 SP min KSF= 0
b IN= 39. 00 Av ma;-; saiN= 1. 16 Vu ma;-: KIPS= 296. 5
t IN= 24. 00 Av reqd SQIN= 0 Vu KIPS= 56. 9
P KIPS 56.70 Av mi n SQIN= 0.39 Vu KIPS= 92. 5
M K-F 1091.00 Av SQIN= 0 Vu KIPS= 59. 3
1 FT= 20. 00 As ma;-; saiN= 8.34 Mu ma;-; F-K= 608. 9
w KSF= 0. 15 As reqd SQIN= 3. 77 Mu reqd F-K= 310. 6
SP KSF= 2.67 -As reqd SQIN= 1. 05 -Mu reqd F-K= 74. 0
'c KSI= 2.00
-y KSI= 60. 00 MAX STIRRUP SPACING IN IN.= 10. 0
JAD FAC 1 . 40 LENGTH OF SOIL PRESSURE IN FT=
FOOTING COST=
26.
11.
0
1
TECHBILT
L FT=
b IN=
t IN=
P KIPS
M K-F
1 FT=
w KSF=
SP KSF=
F'c KSI=
Fy KSI=
LOAD FAC
13. 00
17. 00
56. 00
18. 00
16,10
264.00
4.60
0. 15
2.67
2. 00
60. 00
1.40
GRADE BEAM DESIGN
SPma;-; KSF=
Av ma;-; SQIN=
Av reqd SQIN=
Av min SQIN=
Av SQIN=
As ma;-; SQIN=
As reqd SQIN=
-As reqd SQIN=
1. 17
0
0. 56
0
8. 38
3.02
0.95
SP min KSF=
Vu ma;-; KIPS=
Vu KIPS=
Vu KIPS=
Vu KIPS=
Mu ma;< F-K=
Mu reqd F-K=
-Mu reqd F-K=
577W
MAX STIRRUP SPACING IN IN.=
LENGTH OF SOIL PRESSURE IN FT=
FOOTING COST=
0
293.0
42.2
92.9
59.6
428.4
177. 5
47. 1
7. 0
8.2
5. 5
Gertificate of Compliance (Part 1012) Performance Requirements CF-1B
« Protect Title For Entorcement Agency Use Only
Pr^ecl LocatiorT
City/Town ' Z .
Documontaaon AutJtor/Firm I Melewlone •T710
Building Permit Number
Plan Ctiecked By Date
Field Checked By Date
Approved By Date
Prlndpai [>««lgnef. T>ie proposed building will be in subEtanlial
compliance with the California Biiilding Energy Efficiency Standards
provtcied it is built according lo V\B plans and specificabons and piovkied
lurure improvements are oompleted according lo the requirements
indicaljd on tfiis Certificate of Compliance. The plans and speclficatiofis
have been prepared to iiiclude all significant energy conservation featuies
required for compliance Vifitli tfie Siaiidards. Building areas that are
unconditioned and/or not subject to the standards are indicated on the
plans.
1, V.
alDfBn
lUanp
Corf ^1
Adores
City/S'tale,^- ^ . ^
Telephone' Cal. License No
Owner. The energy conservation ieaiures and performance
specifications Indicated on U'lis document and on the plans and
specifications sliall apply to future alterauons, unless compliance is
demonstrated anew and a nev; Certificate of Compliance is submined. A
copy of tnis Certificate will t>e leiained and transniined to future tenants,
subsequent owners or oiiiers witn responsibility foi making Impiovemenis
01 modificauons to tt>e buiidmg. II ttiis cenificale is lost, a new Cenilicaio
may be required before a permit Is issued for alierations. Unconditioned
areas are indicated on tne plans and, if tfiese aieas are conditioned in ttie
future, they must be made to comply with ttie applicalDie energy standards
then in effect
Signature Date
0\i <4T
tate/Zfp ' ^
Enforcement Agency. The proposed building, and future alterations will
comply with the California Building Energy Efficiency Standards, provided
future alterations meet the requirements indicated on this Certificate and
all applicable mandatory measures, as long as Hie building occupancy
type remains uncnanged
Signature Date
Name/Title
Agency
Address
City/Staie/Zip~
Energy Anklyst. The energy porforrnuriuj analyLis summanzod bolow
was performed using an approved CEC calculation method, with CEC
approved fixed and restricted engineenng inputs lor tne applicable climate
zone and occupancy type, and using an appropnaie representation of
building zoning and physical configuration All significant energy
conservation tenures areiusled below, or on an attached supplement.
Sl^naSjre Hiate
Name/Titie
Company
S3dress
CTfy7Staie,'Zip
uphone''^ Telepnone
General Relerence
Unconditioned or fvlulti-tenant shell? . ,
CEC Occupancy Type .... X~ I
UBC Occ. Group/Division . . . T'2-
Clirnate Zone ^'-1
Conditioned Floor Area . . .
Unconditioned Floor Area . . .
Budget Table (fr. Standards)
.All Energy Budget (WS-IA) . .
Calc.Wethod CEC Code/Date C^o
Ivluliiplier
Calculated Energy Use
Envelope Requirements
12 Average Roof/Celling R|
Average Exterior Floor Ri . . .
Average Opaque Wall R| , . .
Glazing Area in Wall
Average SC (Wall glazing) . .
Glazing Area in Roof
Average SC (Roof glazing) . .
Lighting Requirements
19
20
21
22
23
1
2
3
4
5
6
7
B
9
10
11
13
l-t
15
16
17
18
~7.
si
sf
14-Lgg kBtu/sf-yr
£-23= I5,^i5>_ kBai/sf-yr
- ^ "2. ZO h-F-sf/Biu
h-F-sf/Btu
h-F-sf/Btu
si
si
ML wans/sf
watts.-'sf
watts/sf
wans/sf
(Y/N)
Allowed Whole Building LPD
Allowed Common Areas LPD
Allowed Tenant Space LPD .
Package Lighting Reduction . —
Lighting Controls Required? . "' N^^
Mechanical Requiretnonls T'ftCW^l.e^i 4
24 System Type S-l'S>T&i •H0^r ^^j^^^
25 Unit Fan Power S-CMoOrpy^ ^waris/dm
26 Rated Cooling Efficiency ... (units)
27 Rated Cooling Capacity . . . (units)
28 Rated Heating Efficiency ... (units)
29 Rated Heating Capacity . . . Ay (units)
30 Economizer cooling? .... >U- (Y/N)
31 CF-IX Attached? N (Y/N)
EEM Fomi Revised September 1988
Certificate of Compliance (Part 2 of 2) Performance Compliance CF-1B
'roiect Title Dale of Certfidiate Protect Tide i , Dale ol C^erthcate
PAN/tea V^aCHANi ncH 4 A jfc?iq) Z14:rTllO
Documentaoon Auffw/Firrii i^ TslepMne
incate Cond.Flr.Area
CEC Occ.Type
For Enlofcement Agency Use Only
Plan Checked By Date
Nol*. More than one Part 2 may be submitted, but all must relerence the same Part 1. The person rasponsitile for design compliance lor each
major building system acknowtedges the tolk>wing compliance statement by signing the appropriate space below
Compliance St«l«m«nl. The proposed JbuMinQ irnprovemenis substantially comply with the requirements indicated on the Certificate of
Compliance lor this building, dated ^ \ | ,\ i^'^ plant and tpodficaiions Indudu ttiu slgnilicani onutgy conhurviiiion luoturuk end tho
oom(>liBrvc8 documentation is consistent with' the plans and spedhcaiions
Envelope
Average Root/Ceiting R|.
Average Externr Floor R| ,
Average Opaque Wall R|.
Glazing Area in Wall . . ,
Average SC (Wall) . . . ,
Glazing Area in Roof . . ,
Average SC (Root) . . .
1
2
3
4
5
6
7
Other requirements:
Allowed Proposed
h-F-sl/Btu
h-F-st/Btu
h-F-sl/Bai
sf
O.S7 o.^l
C? sf
O .51 NA
Tele ph 61
Enforoement Agency Date
Lighting peRFo/w\/\K/ce
8 Basis of Alkjwed LPD . . . COmPUf< NC/B
Allowed Proposed
9 LPD //V/ watts/sf
10 Package Lighting Reduction " watts/sf
11 Adjusted LPD />V/ /' S>3 wans/sf
12 Lighting Control Credits? (Y/N)
Other requirements:
Extent ol Improvements _
^a^^- ^^^^
Mature .
Name/ride . ^
Compi
specs
Date
tso7 /y?OA€A/» BLA/O
Address
Telephone Cal. License No
Enforcement Agency Date
Mechanical
13 Unit Fan Power ....
Rated Cooling Efficiency
Rated Cooling Capacity
Rated Heating EHiaency
Rated Heating Capacity
Economizer cooling? , ,
Simultaneous heat/cool?
Allowed Proposed
14
15
16
17
IB
19
N (Y/N)
.(units)
.(units)
.(units)
.(units)
(Y/N)
Extent ot Improvements
a^ture*'^^^
Ottier requirements:
HfH HP-4 HM
0.23 o.So 0,44
6.£>& 6.S S.io SiS 10,2. 10,6 Id 2.
3.6 5 4 1,5 • 2.S
HT^q<:op 3,1 2.10 2.^ 3.S "S. 0
4^1 o 4^,0 4=1.0 I6.0 2=1,CP IS.O
_ 1 HA^aCH
Specs d^ted
Date
ide
Company
Address . ^
^ <^=^ ^i^tz?. C:A g)2.t
Cpy/StateTZip Cny/State/Zif
TS-t:r?^o-'"no Cal License No.
Entort»ment Agency Date
.Mandatory Measures Checklist MF-1
7 4 A |<f^
Documentation Author/Fi^n Dbte' "
For Enforcement Agency Use Only
Plan Checked By Date
This Checklist is applicable to both First and Second Generation Nonresidential Standards Compliance.
Reference in Reference in
Construclwn Construction
Documents Documents
Envelope Measures
Cenified insulation materials per 2-5311(a) t^'l
Insulation installed to meet flame spread and smoke
density requirements ol 2-5311(b)
Urea formatdehyde foam insulation is installed , .
per 2-5311(c) NA
Retrofit insulation specified as per 2-5313 _
Air infiltration is minimized by specificaaon of tested
manufactured doors and windovirs, proper sealing
and caulking ol joints and openings in extenor walls, ^
and wealherstnpping as per Section 2-5317 ti"!
Lighting System Measures
5-3 I 1 Certified luminalres/ballasts per 2-531't(b) _
II Independent control w/enclosed areas per 2-5319(a) . . ^ " /
I) Ivlanual switching readily accessible per 2-5319(b) . . ^ ^"3
[ I Reduction of lighting load to at least one half per
2-5319(c). Occupancy sensors or programmable timers
meeting CEC criteria may substitute
Separate switching of daylit areas per 2-5319(d) .
Separate switching of display and valance lighting
in retail and wholesale stores per 2-5319(h) . . .
) Automatic control of display lighting in retail
and wholesale stores per 2-5319(h) . . . .
j Tandem wiring of one- and three-lamp luminaires
per 2-5319(1)
Daylighting and Lumen Maintenance
Controls (when applicable)
Uniformly illumination reduction to one-half
per 2-5319(6)1 MA
I I Flicker free operation and no premature lamp failure
per 2-5319(e)2
[ I Time delays to prevent undesirable cyding
- "319(( per 2-S31d(e)3
I I Step switching devices with separation between
on/olf settings per 2-5319(e)4
) Pnotocell sensors with a diffusing cover and
no opaque cover per 2-5319(e)5
I K^anufacturer's instructions provided tor installation
and calibration per 2-5319(e)6
] Proper instaliadon of controls including sensor locauon,
cenihcation of initial calibration and control ol luminaires
only widiin daylit area per 2-5319(e)B
I Visible or audible malfuncdon alanns per 2-5319(g) . . ,
Occupancy Sensing Devices (when
applicable)
[] Visible or audible malfunction alarms per 2-5319(g) . .
I ) Limits on emissions per exceptions lo 2-5319(e) . . . .
AM
4
HVAC and Plumbing System Measures
Piping insulated as required by 2-5312 . . .
Certified HVAC equipment per 2-5314(a) _
Certified plumbing equipment per 2-5314(a) _
Heating and cooling equipment efficiency per 2-5314(b) . N.]/.^
Pilotless ignition ol gas appliances per 2-5314(c) . . . . H A
Automatic controls for off-hours per 2-5315(a)1 M;-
Thermostat set point requirements per 2-5315(a) . . . ._
Sequential control of heating and cooling per 2-5315(a)3
Automatic exhaust Ian dampers per 2-5316(b) _
Thermostat controls lor each zone per 2-5315(b)
Ventilation provided per 2-5316 and 2-5343 . . .
Ventilation and recirculation air quantity
inlormation provided per 1403(b)3 . . .
[ ] Healers tor domestic hot water and/or pools per 2-5316 .
EEfvl Form Revised September 1988 Page. ol
energy buogets VVorKsn^M
Project TiBe ] \
Date ' Documentation Author/Firm
For Enforcement Agency Use Only
Plan Checked By Date
1?'' '
Summary Data
sf
Socond Ganeration Standards Occupancy Types
1 Conditioned Floor Area <^2-^0
2 Total Allowed Energy Use (MMBtu are Btu x 106] \ 2o H. 5> MMBtu/yr
3 Energy Budget (Line 2 x 1000 / Line 1) (kBtu • Btu x 103) kBtu/yr-sf
First Generation Standards Occupancy Typ«a
4 Conditioned Floor Area
5 Total Alkjwod Energy Use (MMBtu are Btu x 106)
6 Energy Budget (Line 5 x 1000/ Line 4) [kBtu = Btu x 103]
Second Generation Nonresidential Standards
A B C D E F
St
MMBtu/yr
kBtu/yr-sf
Occupancy
Type
Description/
Floor«
Conditioned
Floor Area
Cond.
Perimeter
Story
Cond.
Area to
Perim
Ratio
(D/E)
Energy
.Budget
(kBtu/
(yr-sf))
Liq htinn Adlustmon! Adjusted
Energy
Budget
(G 1 J)
Allowed
Energy
(KxC)/
1000
MMBtu/yr
Occupancy
Type
Description/
Floor«
Conditioned
Floor Area
Cond.
Perimeter
Story
Cond.
Area to
Perim
Ratio
(D/E)
Energy
.Budget
(kBtu/
(yr-sf))
Allowed.
LPD
(CF-5)
Pkg.A
LPD Rqt.
(H-1)
x38C
Adjusted
Energy
Budget
(G 1 J)
Allowed
Energy
(KxC)/
1000
MMBtu/yr
Occupancy
Type
Description/
Floor« Per
Occupancy
Total Per
Story
Cond.
Perimeter
Story
Cond.
Area to
Perim
Ratio
(D/E)
Energy
.Budget
(kBtu/
(yr-sf))
Allowed.
LPD
(CF-5)
Pkg.A
LPD Rqt.
(H-1)
x38C
Adjusted
Energy
Budget
(G 1 J)
Allowed
Energy
(KxC)/
1000
MMBtu/yr
\o.uiV
Total 3t^o Total Allowed Eneroy
First Generation Nonresidential Standards
Oxupancy
Type
Description/
Floor #
Conditioned
Floor
Area
Energy
Budget
(kBtu/yr-sf)
Alkiwed
Enerqy (C X Dywoo
1
Total Total
EEM Form Revised September 1988 Paae ot
envelope Summary horm & Worksheet (Pan 1 of 2) GF-2
Prefect Tide
^T^v7 ^'<^^A^
Documentadon Author/Firm
For Entorcement Agsncy Use Only
Plan Checked By Date
Roof ^ , ,
A B C D
Floor Area/Soffits
Hf-I
Roof
Type Area
Proposed
R-vaiue
Area /
R-value
2-0.bfe?
lOfeO
•y \
Total Total
HP-1
HP-a
HP-3
Floor/Soffit
Type Area
Proposed
F)-vaiue
Area /
R-value
\B2.4 3.05
1 eeo
Total 3 9.2-0 Total
Average R-value Average R-value \_
Col B/Col D Co!B/ColD
Glazing in Roof
A B
HP-I
Type
Surface Area
Proposed
U-value
Proposed
Type North East South West Horizontal Total (A,)
Proposed
U-value
Proposed
1.23
4 6 0.5-7
Total
Exterior Wall Area
B C D E F
Suriace Area
North East South West Total
EEM Form Revised September 1!?8B Page ot _
Envelope Summary Form & Worksheet (Part 2 of 2) CF-2
Project Tide, . * , .
•Qsl v«^t^A
Documentatibn Author/Firm Date
For Entorcement Agency Use Only
"Plan Checked By Date
Opaque Exterior Walls and Doors
Wall
Type
Surface Area Proposed Wall Requirement
Wall
Type
North
(A„)
East
(Ae)
South
(As)
West
(Aw)
Total
(At)
Heal
Capacity
R-Value
(Ri) A|/Ri
R-Va.ue
(Rr) Ai/Rr
8^2. •=^.33
z3?e>o
ii\^
f
Totals 131 1^-^ Total Total
Weighted Average R-Value
ProDosed Required
Glazing in Walls
ABC
ColF/Coll ColF/CdK
Glazing
Type
Surface Area Glazing Charactenstics Weighted Averages
Glazing
Type
North
(A,)
East
(Ae)
South
(As)
West
(Aw)
Total
(At) U-Value SC
Total Area
X U-Value
West Area
xSC
Total Area
xSC
^.epeesNxit D .$0
£.S(2.Hvi:j^, tZ2> 211 \.\\
1 . C7 \^%
* y
Totals \3>5 I'? 4^ Totals
SC Acjjustment Notes:
Averages
U-Value West SC Total SC
Coll/ColF ColJ/ColE ColK/CoiF
EEM Form Revised September 1988 Page.
. Envelope Summary Form Fx 'Worksheet (Part 2 of 2) CF-2
Pro^cf^^^*^
OiJumenmtionAiJt
_Lc?T 3iCg :UL
uthor/Firm
For Entorcement Agency Use Only
Tian Checked By Date
Opaque Extenor Walls and Doors
Wall
Type
Surface Area Proposed Wall Requiiemeni
Wall
Type
North
(A,)
East
(Ae)
South
(As)
West
(Aw)
Total
(At)
Heat
Capacity
R-Value
(Rt) At/Rt
R-Va.ue
(Rr) At/Rf
\.n
Totals <^3 Total Total
Glazing in Walls
A B
Co! r / Coi I
V^eighted Average R-Value
E F G H I
Reouireti
CC:F/COIK
J K
Glazing
Type
Surface Area Glazing Charactenstics Weighted Averages
Glazing
Type
North
(A„)
East
(Ae)
South
(As)
West
(Aw)
Total
(At) U-Value SC
Total Area
x U-Value
V^est Area
xSC
Total Area
xSC
(^f«.CT«as.o 64-I. OO 10,4.
,. I
Totals n 2_ Totals 1 ft^ r
SC Adjustment Notes: Averages
U-Value West SC Total SC
!Otfe^ I
CoM/Co!F ColJ/'CoiE CoiK;Cc>F
EEM Form Revised Soptemh»' 15S8 Fane
Envelope Summary Form &. WorKsheet (Part 2 of 2) CF-2
Project Title
Documentation Auffior/Fimi
For Enforcement Agency Use Only
Date "Plan Checked By Date
HP'2
Opaque Exterior Walls and Doors
Wall
Type
Surface Area Proposed Wall Requirement
Wall
Type
North we
(An)
East
(Ao)'ie
South
(A$)
West
(Aw) ^vj
Total
(At)
Heat
Capacity
R-Value
(Rt) A|/Rt
R-Va.ue
(Rr) A|/Rr
2> \ 3 1 ^^133 1.11
Totals Total Total
Weighted Average R-Value
Proposed Required
Glazing in Walls
A B
Co!F/Coll Co!F/Co!K
K
Glazing
Type
Suriace Area Glazing Characteristics Weighted Averages
Glazing
Type
North wc: (\) Easing
(Ac)*
South
(As)
West
(Aw)
Total
(Ai) U-Value SC
Total Area
X U-Value
West Area
xSC
Total Area
xSC
G.'yo
Uof=
i
Totals Totals
U-Value West SC Total SC
SC Acijustment Notes: Averages
Coil/CoiF Co!J/Cc;t COIK/CO;F
EEM Form Revised September 1S88 Page of
Envelope Summary Fern & Worksheet (Part 2 of 2) CF-2
Project Tit e
Documentation Author/Finn
For Enforcement Agency Use Only
Plan Checked By Date
Opaque Exterior Walls and Doors
Wall
Typo
Surface Area Proposed Wall Requirement
Wall
Typo
North
(An) m
East
(Ae)
South
(As)
West
(Aw),^
Total
(At)
Heat
Capacity
R-Value
(Rl) At/Rt
R-Va.ue
(Rr) At/Rr
^ -a l.ll
l~l 1 li^ 1. 4c
Totals LIZ n Total Total
Glazing in Wails
A B C
Weighted Average R-Value 3i S'Z-
CoiF/Coll CO:F/CO!K
K
Glazing
Type
Surface Area Glazing Characteristics Weighted Averages
Glazing
Type
North
(A,)
East
(Ae)
South
(As)
West
(Aw)
Total
(AI) U-Value SC
Total Area
X U-Value
West Area
X SC
Tola! Area
X SC
Son /, o=T
Gf^Piove. 1-4 Z7 2.1 /. / /
Totals — 2-1 -77.^ Totals
SC Adjustment Notes: Averages
U-Value Fotal SC
I. AS 3
Coll/CoiF CoiJ/CciE CciK/CcF
EEM Form Revised September 19S8 Page.
Envelope Summary Form 8^ Worksheet (Part 2 of 2) CF-2
-rggiH^cr u-crr "sr^ -rr Project Tide
DoS^r^iJi^^u^^^Rrnr
For Entorcement Agency Use Only
"Plan Checked By Date
Opaque Exterior Walls and Doors
Wall
Typo
Surface Area Proposed Wall Requirement
Wall
Typo
North
(An)
East
(Ae)
South
(As)
West
(Aw)
Total
(At)
Heat
Capacity
R-Value
(Rt) At/Ri
R-Va.ue
(Rr) Ai/Rr
\.\^
i,n to. SH-
Totals Total nSiH-q. Total
ProDo^ed Reouired
Weighted Average R-Value
Glazing in Walls
ABCDEFGH
Col F/Coll
1 J
ColF/ColK
K
Glazing
Type
Surface Area Glazing Characteristics Weighted Averages
Glazing
Type
North
(An)
East
(Ae)
South
(As)
VJesi
(Aw)
Total
(At) U-Value SC
Total Area
X U-Value
West Area
xSC
Total Area
xSC
I.I a
•gcTVieEW
• '^Pfi'r'tF ^
Totals Totals
SC A(jjustment Notes Averages
U-Value West SC Total SC
Coll/ColF Cc!J/CoiE ColK/Co
EEM Form Revised September 1938 Page of
Envelope Summan/ Form & vVorksheet (Part 2 of 2) CF-2
Prdiect Title
Documentation Author/Firm
For Enforcement Agency Use Only
"Plan Checked By Date
Opaque Exterior Walls and Doors
Wall
Type
Surface Area Proposed Wall Requirement
Wall
Type
North
(An)
East
(Ae)
South
(As)
West
(Aw)
Total
(At)
Heat
Capacity
R-Value
(Rl) Ai/Ri
R-Vaue
(Rr) Ai/Rf
1 \'=\
Totals Total Total
Glazing in Walls
Weighted Average R-Value
PrgBi?seti Reouired
Col F/Coll CoiF/ColK
K
Glazing
Type
Surface A'-ea Glazing Characteristics Vsfelghted Averages
Glazing
Type
North
(An)
East
(Ae)
South
(As)
Vv'est
(Aw)
Total
(At) U-Value SC
Total Area
X U-Vaiue
West Area
xSC
Total Area
xSC
/.
•^;^uip^\/ i-(12^ 11 '2-I.
Totals 22-7 Totals
Averages
U-Value West SC Total SC
SC Adjustment Notes Coi I / Coi F Co! J / Coi E Co! K / Cx;: F
EEM Fonn Revised September 1983 Page of
Envelope Summary Form & Worksheet (Part 2 of 2) Ol
rTFg^^,^'^ bOY '5>Q=' Tt. Proiecl Tide
Documentation Author/Firm
For Enforcement Agency Use Only
"Plan Checked By Daib
Opaque Exterior Walls and Doors
Wall
Type
Surface Area Proposed Wall Requirement
Wall
Type
North
(An)
East
(Ae)
South
(As)
West
(Aw)
Total
(AO
Heat
Capacity
R-Value
(RO At/R|
R-Va.ue
(Rr) At/Rf
lrJ<VM^--2-"^[^ \v\5 7.-IV
7.24-\a7
Totals Total Tot,-5l
Glazing in Walls
ABC
Weighted Average R-Value
Proposetf Required
Col F/Col I CslF/CoiK
Glazing
Typfi
Surface Area Glazing Characteristics Weighted Averages
Glazing
Typfi
East
(Ae)
South
(As)
Vi/est
(Aw)
Total
(AO U-Value SC
Total Area
X U-Value
West Area
xSC
Total Area
xSC
Totals Totals
U-Va!ue West SC •ro\s\ SC
SC Adiustment Notes: Averages
Coil/CoiF ColJ..Cc;£ CciK/Cor
EEM Form Revised September 1988 Paae
Envelope Summary Form & Worksheet (Part' 2 of 2) CF-
Jl^tf^itsc bgr 1=LQ^ 7^
Project Titie ^ ^ i i ^y/ /K^r< K ^K7\^
t)ocument4tion Author/FTrm Date T
For Enforcement Agency Use Only
"Plan Checked By Date
opaque Exterior Walls and Doors
Wall
Type
Surface Area Proposed Wall Requirement
Wall
Type
NorthH|^<=
(An)
East
(Ae)
South
(As)
West
{Aw)/M^
Total
(AO
Heat
Capacity
R-Value
(RO At/Ri
R-Va.ue
(Rr) Ai/Rr
^.*>3 i.n
W o \o \-2-C) .22^
Totals \o Total 2M'.-f^ Total
Proposed Reouired
Weiohted Averaae R-Value 1 1
Glazing in Walls
ABCDEFGH
Co!F/Coll
1 J
CsiF/ColK
K
Glazing
Type
Surface Area Glazing Characteristics Vi/eighied Averages
Glazing
Type
North East
(Ae)
South
(As)
VJesl
(^*') K;^
Total
(AO U-Value SC
Total Area
X U-Value
West Area
X SC
Total A.'Uo
X SC
Ol <b>o
Totals Totals
SC Adjustment Notes: Averages
U-Value We-lSC Tots! SC
Coll/CoiF CciJ/Coie ColK/CoF
EEM Form Revised September 19S8 Page of.
Uonstruciion MsseriiOiy ^uUipua-n^t: t orri
Project Titie . i
For tnforcement Agency Use Only
Plan Checked "By Date
General Information
1 Assembly Type
2 Framing Type .
3 Framing Size
4 Framing Spacing
5 Insulation in Cavity
6 Effective R-value of Cavity/Framing
and Number
4^
. inches
. F-sf-hr/Btu
F-sf-hr/Btu
Sketch of Construction Assembly
List of Construction Components
A B
Description R-value
2
3 .
4
5
6
7
8 Total R-Value w/o films
9 Inside surface air film
10 Outside surface air film CP.
11 Total thermal resistance (Rt) i i 1 "7
12 U-value (1/Une 11) O,
C
Wall
Weight
(Ib/sl)
D
Specific
Heat
E
HC
Col C X Col D
(Btu/F-sfl (Btu/F-lb)
O.io
Total HC 3^
EEM Form Revised September 1988 Paae
UonS'LruCIiOn MSSeiiiDsy LAUtup..an^ts i OM U Ur
• „'7^<-^^^ •S.Cg-T'^C For Enforcement Agency Use Only
PrpjectTitie . , .
Dolmen t^fi^^uth^^im^ Q^\^'t\^*5 Plan Checked By Date
^General information
1 Assembly Type and Number /(tviTXS^tpg^ VrO ALL.'^
2 Framing Type KfTlUf
3 Framing Size S>y-
A Framing Spacing I inches
5 Insulation in Cavity JJ F-st hr/Btu
6 Effective R-value ol Cavity/Framing *$ .^O F-sl-hr/Biu
Sketch of Construction Assembly
List of Construction Components
A B
Description R-value
1 ^>2}
2 "^^^^ \r^;:Ni V^t^V;^ S.'^O
3 U2.^v GKS? • '^"^ • O \JrS
4
5
6
7
6 Total R-Value w/o films ^/9.hO
9 Inside surface air film Q .
10 Outside surface air film
11 Total thermal resistance (Rt) ~~\ \ ~\
12 U-vaiue (1 / Une 11) Q , I ^
Wall
Weight
(Ib/sf)
2.0B
D
•Specific
Heat
(Btu/F-lb)
O Tip
Total HC
E
HC
Col C X Coi D
(Btu/F-s!)
EEM Form Revised September 1938 Paae.
Construction Assemoiy Compliance Form
oiect Tl ProjectTitje
f^oi Enforcement Apency Uso O'liy
Documentkcon Author/Firm "Plan Checked B7" "Ditt
General Information
1 Assembly Type and Number
2 Framing Type
3 Framing Size V^^^^ .
4 Framing Spacing VT'i't?'. .W .»»:» P»Q^^. .V^<ii"«S-'^ . . '4fi> inches
5 Insulation in Cavity F-sf-hr/Btu
6 Etfectivo R-valuo ol Cavity/Framing ^ « I V F sf-hr/Btu
Sketch of Construction Assembly
List of Construction Components
A B
Descjiption R-value
1 1/.^" 6,L^ 6yA^5D(^.gl^ P/SMEU 0.0(2?
2 ;^'/-7" e>.^prr /Nisut. e>. 11
3 \' '-p'" Ai^-^/^^t^ c? .R3>
4 '^z" £ai:> g- <h3
5
6
7
8 Total R-Value w/o films (4? iS 3
9 Inside suriace air film ,
10 Outside surface air film .... ^- n
11 Total thermal resistance (Ri) 7
12 U-value (1 / Line 11) O , \^
C
Wall
Weight
(Ib/sf)
2,^
D
Specific
Heat
(Btu/F-lb)
Total HC
E
HC
Col C X Col D
(Btu/F-sf)
EEM Form Re\,'ised September 1988 Page
uonstruGiion Ksst.>r\o\y Uurnpiiance rO: m uv^
•"Tg^SS^^Sai UJ*T" "StC" "T* 1^ For Enforcement Agency Uso Only
• Prclject Title .
Documentation Author/Finn Date > Plan Checked By Date
General Information
1 Assembly Type and Number Roo?^
2 Framing Type Vooeip
3 Framing Size P^-^^ ^
4 Framing Spacing •. inches
5 Insulation in Cavity 1^ F-sf-hr/Btu
6 Effective R-value of Cavity/Framing 15.-^ F-sf-hr/Blu
Sketch of Construction Assembly
List of Construction Components
A B
Description R-value
1 ^oiv--T- P-gyCrf^ O. 5>-g>
2 1/2.*' Ft^v ^cx=>-i::s> ^. y'Z-
3 -e^^^TT- iK^t^U l'6>,4g>
4 A.t'pg. g:F>vvg^ /y. ^3
5 Ag^s>-usn -n L^g" • (pO
6
7
8 Total R-Value wlo films I'^ 1*2^
9 Inside surface air film r^ I
10 Outside surface air film l"7
11 Total thermal resistance (Rt) ^-(^, ^ ^
12 U-value (1/Une 11) g> - O 3
C
Wall
Weight
(Ib/st)
D
Specific
Heat
(Btu/F-lb)
E
HC
Coi C X Col D
(Btu/F-sl)
Total HC
EEM Form Revised September 1988 Page.
OUi IbU UUllUi I MbStiiiUiy UU; iifJiiat lot; TOrrii V.yr-0
Project Title
Documentation Aut hor/Finri TJa le *
For Enforcement Agency Use Only
Date Plan Checked By
® General Information
1 Assembly Type and Number...
2 Framing Type
3 Framing Size
4 Framing Spacing
5 Insulation in Cavity
6 Effective R-value of Cavity/Framing
inches
F-sl-hr/Btu
V F-sf-hr.'Btu
Sketch of Construction Assembly
List of Construction Components
A E
Desaiption R-value
I ^^^per 4- pyA^-o 1. 23
4
5
6
7
8 Total R-Value w/o films ....
9 inside surface air film O. {
10 Outside surface air film (g* /
II Total thermal resistance (Rt) ^ .
12 U-value (1 / Une 11) (Q,
C
Wail
Weight
(Ib/sf)
D
Specific
Heat
(Btu/F-lb)
Total HC
E
HC
Col C X Col D
(Btu/F-&t!
EEM Form Revised September 1988 Paqe ol
^.^'^.^tt SCli ENERGY AiMALYSIS MODEt. vE.RSlDH 2. OH DATE;: *
2 !^ D S E N E£ F< A T10 i'^i N 0 N l-ii E.S 11) E N T IA L. £' i '>i E F'; G Y S T A H I) A F< D ^ yf-t TIM E s 1;
;j; * * * * * * * * * * ;ji * )f;- * * * * * * * * * * *• * * * **:**: ** *: * * jf: * f-'inGE :
PRIMARY DATA
^ ^ if, /fi Jft ff* ff> ef: rft ff*
FILE NAME : SS-502.HP1
BUILDING TYPE s OFFICE
BUILDING TITLE : TECHBILT LOT ::r.6 TI
AREA (SQ.FT.)
EXTERIOR WALL Bl
WINDOW s NDRTH./NORTHEAST ................... r ... . ... 64
5 EAST ./'SOUTHEAST , 0
s SOUTH/SOUTHWEST 54
s WEST /NORTHWEST 54
ROOF , 1792
GROUND FLOOR ...„,,. 1824
CONDITIONED PERIMETER (LENGTH)........................ 121
ZONE CONDITIONED FLOOR ............................... 1824
'R'-VALUE (EXCLUDING FILM RESISTANCES)
WINDOW (INCLUDING INSIDE FILM RESISTANCE) ............ .74
Rnnp 1V R,^
• ^ ^ • - fauwnK^uuatxuuiinuuuvtivaiittniinttnuntiviiaauiinvmuvnKutiBU X n K.J
FL... 0'_)Fs uitnnanitKmttattntittaitutinnttun»tt!ttBKaat!ttntttiiiaauB»Bttunn -Jl' a ^>-J.'
HVAC SYSTEM
HEATING EQUIPMENT TYPE ............................... HEAT PUMP
COOLING EQUIPMENT TYPE AIR CONDITIONER
HVAC COOLING CAPACITY (IN BTUS/HOUR) 42000
EiCDNOMI ZER ........................................... NU
FAN POWER (WATTS/SQ.FT.) „......,, .23
AIR CIRCULATION RATE (CFM/SQ.FT.) .................... .9
OTiHE.R
AZIMUTH OF NORTHERN BUILDING ORIENTATION ............. 45
SHADING COEFFICIENT 5
HEAT CAPACITY OF EXT. WALL (BTU/F-SQ.FT.) ............ 2.7
LIGHTING LEVEL ( WATTS/SQ . FT . ) 1.4
FLOOR TYPE ........................................... C.RAW.L
CLI MA F £. ZOI^iE ......................................... 7
ASHRAE 0.5% OUTDOOR SUMMER DESIGN TEMPERATURE ........ 83
*;*:**:** SCM ENERGY ANALYSIS MODEL VERSION 2. OH ****** DATE: O:
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD *** TIMEs 15:
:~27-1989
25:03
PHYSICAL PARAMETERS
*******************
SECONDARY DATA
5^ ^ ijf ^ ^
DOOR AREA (SQ . F"T , ) „„...,.„,..,,...........
DOOR 'R'-VALUE (EXCLUDING FILM RESISTANCES)
WALL ABSORPTIVITY
ROOF ABSORPTIVITY
CEILING HEIGHT (FT. )
0
1 .5
. /
.7
3«wj
SHADING
* * * * * * *
3HADING COEFFICIENi
DOES THIS BUILDING HA
NORTH/NORTHEAST ...
EAST /SOUTHEAST ..,
SUi iTH/SOUTHWEST . . .
WEST /NORTHWEST ..,
^E WINDOW OVERHANGS
DOES THIS BUILDING HAVE WINDOW SIDE-FINS
NO
NO
M E C H A NIC A L A N D E L E C T RIC A L
************ * * ***********
RATED HEATING EFFICIENCY
RATED COOLING EER ......
WATER HEATER TYPE ...... ZTRIC
SKYLIGHT
********
SKYLIGHT .HKtlH ....,...„....„
R—VALUE » .......
SHADING COEF~FICIENT
SPECIAL FEATURES
* * * ****** * * * * * * *
1 .25
DAYLIGHTING STRATEGIES ....
SOLAR WATER HEATING SYSTEM
NO
NO
******* SCM ENERGY ANALYSIS MODEL VERSION 2.0H******* DATE: 02-27-1989
**"* 2ND GENERATION* NONRESIDENTIAL ENERGY STANDARDS *** TIME: 15:25:06
****************************************************** PAGE: 3
CLIMATE ZONE : 7
BUILDING FILE : S8~502.HP1
BUILDING TYPE : OFFICE
BUILDING TITLE TECHBILT LOT 36 TI
BALANCE-POINT TEMPERATURES AND DEGREE-DAYS INPUT
DAY NIGHT
BPTl - 57.25 BPTl - 66.9S
BPT2 = 64.71 BPT2 - 74.90
BPT3 = 64.71 BPT3 = 74.90
HDD = 120.38 HDD - 2934.91
CDD = 532.28 CDD = 0.96
ENVELOPE HEAT TRANSFER FACTORS (BTU/HR-F)
OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (WINTER) 894.8
OVERALL HEAT TRANSFER FACTOR 'K' (WINTER) 1185.9
OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (SUMMER) 899.6
OVERALL HEAT TRANSFER FACTOR 'K' (SUMMER) 1167.7
PL.-v; COOLING EST. = 43613 BTUH - HVAC COOLING CAPACITY = 42000 BTUH
ANNUAL LOADS (MBTU'S)
HEATING 6.3
COOLING 12.6
ANNUAL SITE ENERGY REQUIREMENTS (MBTU'S)
SITE HEATING 2.2
SITE COOLING 3.2
SITE LIGHTING 28.5
SITE RECEPTACLE 10.2
SITE .FAN 6.5
SITE HOT WATER 0.8
ANNUAL SOURCE ENERGY USE ESTIMATE (KBTU/SQ.FT.)
SOURCE HEATING 3.7
SOURCE COOLING 13.4
SOURCE LIGHTING 46.9
SOURCE RECEPTACLE 16.3
SOURCE FAN 10,7
SOURCE HOT WATER 1 . 4
ANNUAL SOURCE ENERGY USE ESTIMATE IS 93„6KBTU/SQ.F'
( NOTEs 1 KWH -~ 10.239 KBTUS OF EiOUFiCEI tlNEFilGY )
****** SCM ENERGY ANALYSIS MODEL VERSION 2.OH ******
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD ***
DATE: 02-27-1989
TIME: 15:25:22
PAGE: 4
PRIMARY DATA
FILE NAME
BUILDING TYPE
BUILDING TITLE
88-502.HP2
OFFICE
TECHBILT LOT 36 Tl
AREA (SQ.FT.)
* ********** * *
EXTERIOR WALL
WINDOW : NORTH/NORTHEAST „.,,.
: EAST /SOUTHEAST .....
s SOUTH/SOUTHWEST .....
s WEST /NORTHWEST ..,,,
C) (.3 i"* ttnKtiHUwnmmitmnmtitititttiBtttieuM
GROUND FLOOR ....,...„.„„.....
CONDITIONED PERIMETER (LENGTH)
ZONE CONDITIONED FLOOR „„
486
324
54
0
54
380
EiSO
1 OE;;
880
'R'-VALUE (EXCLUDING FILM RESISTANCES)
* * :>}; :* * * * * * * * * * * * t. * * * * * * * * ;••: * * * * * * * * * * :^ * *
WINDOW (INCLUDING INSIDE FILM RESISTANCE)
I*^- i-i W1^ uacnaiitiKtinnauiimnauuvKKUiitiuaiinaniii: unK
FLOOF?
19 .88
HVAC SYSTEM
* * * * * * * * * * *
HEATING EQUIPMENT TYPE .............
COOLING EQUIPMENT TYPE .............
HVAC COOLING CAPACITY (IN BTUS/HOUR)
ECONOMI ZE.R .........................
F AN F-'OWE.R (l-yATTS./SGi« FT . ) ...........
AIR CIRCULATION RATE (CFM/SQ.FT.) ..
HEAT PUMP
AIR CONDITIONER
47500
NO
.54
1 .8
OTHER
jfc jfk ^
AZIMUTH OF NORTHERN BUILDING ORIENTATION
SHADING COEFFICIENT
HEAT CAPACITY OF EXT. WALL (BTU/F-SQ.FT.)
LIGHTING LEVEL (WATTS/SQ.FT.) ...........
i~l— '~.^'~'l~^. t if r" iz^ ..............................
L-L I MA FE .-iUNE ............................
A S H F; A E 0 . 5 % 0 U T1} 0 0 R S U M M EI R D E SIG v4 T E M P E.' F'; A
9.33
1 . 1
CRAWL
URE
****** SCJ^I ENERGY ANALYSIS MODEL VERSION 2. OH ******
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD ***
DATE: 02-27-1989
TIMES 15:25:23
PAGE: 5
PHYSICAL PARAMETERS
SECONDARY DATA
JjC ^ jjc )|i 5^
DOOR AREA (SQ.FT„ )
DOOR 'R'-VALUE (EXCLUDING FILM RESISTANCES)
WALL ABSORPTIVITY .........................
ROOF- ABSOF^F-'TI VITY
CEILING HEIGHT (FT.) . . . ,
0
1 .5
• 7
8.5
SHADING
)}(^ jf! jik jf. )}i
SHADING COEFFICIENT : NORTH/NORTHEAST ..,
: EAST /SOUTHEAST ..
s SOUTH/SOUTHWEST ..,
£ WEST /NORTHWEST ...
DOES THIS BUILDING HAVE WINDOW OVERHANGS
DOES THIS BUILDING HAVE WINDOW SIDE-FINS
1
I
IMO
NO
MECHANICAL AND ELECTRICAL
****************** ^; ^; H; * * *
RATED HEATING EFFICIENCY
RATED COOLING EER ......
WATER HEATER TYPE ......
8.5
ELECTRI!
SPECIAL FEATURES
* $ * * * * * * * * * * * * :^ *
DAYLIGHTING
SOLAR WATER HEA'
'^ATELGIES
i .LNH SYSTEM
NO
NO
******** SCM E.NERGY> ANALYSIS MODEL VERSION 2. OH******* DATE: 02-27-1989
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARDS *** TIME: 15:25:27
****************************************************** PAGE: 6
CLIMATE ZONE : 7
BUILDING FILE : 88-502.HP2
BUILDING TYPE : OFFICE
BUli DING TITLE : TECHBILT LOT 36 TI
BALANCE-POINT TEMPERATURES AND DEGREE-DAYS INPUT
DAY NIGHT
BPTl = 58.34 BPTl = 67.89
BPT2 65.14 BPT2 = 75.76
BPT3 65.14 BPT3 =••= 75.76
HDD 176.39 HDD = 3228.95
CDD = 503.61 CDD - 0.42
ENVELOPE HEAT TRANSFER FACTORS (BTU/HR-F)
OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (WINTER) 1041.2
OVERALL HEAT TRANSFER FACTOR 'K' (WINTER) 1181.6
OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (SUMMER) 1055.8
OVERALL HEAT TRANSFER FACTOR 'K' (SUMMER) 1135.2
PEAK COOLING EST. 41644 BTUH - HVAC COOLING CAPACITY = 47500 BTUH
ANNUAL LOADS (MBTU'3)
HEATING 7.3
COOLING 11.7
ANNUAL SITE ENERGY REQUIREMENTS (MBTU'S)
SITE HEATING 2.6
SITE COOLING 7.7
SITE LIGHTING 10.8
SITE RECEPTACLE 4.9
SITE FAN 7.4
SITE HOT WATER 0.4
ANNUAL SOURCE ENERGY USE ESTIMATE (KBTU/SQ,FT . )
SOURCE HEATING 8.9
SOURCE COOLING 26.4
SOURCE LIGHTING 36.9
SOURCE RECEPTACLE 16.8
SOURCE FAN 25.2
E?CiURCE HOT i.-'JATER 1 . 4
ANNUAL SOURCE ENERGY USE ESTIMATE IS 1 J. .•' . ^t\rf ! U.-' d'J . r-
NOTES 1 KWH - 10.239 KBTUS OF SOURCE ENERGY )
****** SCh ENERGY ANALYSIS MODEL VERSION 2.OH ******
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDAFi;D ***
DATE: 02-27-1989
TIME: 15:25:56
PAGE: 7
PRIMARY DATA
FILE NAME
BUILDING TYPE
BUILDING TITLE
88-502.HP3
OFFICE
TECHBILT LOT 36 TI
AREA (SQ.FT.)
*************
EXTEF;IOR WALL ..................
WINDOW : NORTH/NORTHEAST .......
: EAST /SOUTHEAST
: SOUTH/SOUTHWEST ...
: WEST /NORTHWEST .......
I*\ CJ (. J F nRiiliBiinuiinn««tt«iiKIi«tiiviiN«itvn
GROUND FLOOR ...................
CONDITIONED PERIMETER (LENGTH)..
ZONE CONDITIONED FLOOR .........
207
675
0
1060
264
128
804
'R'-VALUE (EXCLUDING FILM RESISTANCES)
* * :* * * * * * * * * * * * * * * * .* k * * * :* ii * * * :^< * * :* * * * * * *
WINDOW (INCLUDING INSIDE FILM RESISTANCE)
F'LOOF'.: ..„..„,„......„„..„„„...„„.........
2.9/
. 74
19.83
3. S3
HVAC SYSTEM
•J.- -.I,- %v -Jf >i' 0/ a- a- vl.' -Jf
HEATING EQUIPMENT TYPE .............
COOLING EQUIPMENT TYPE .............
HVAC COOLING CAPACITY (IN BTUS/HOUR)
ECONOMIZER
FAN POWER (WATTS/SQ.FT-) ...........
AIR CIRCULATION RATE (CFM/SQ.FT.) ..
HEAT PUMP
AIR CONDITIONER
56000
NO
. 7E3
2.61
OTHER
*****
AZIMUTH OF NORTHERN BUILDING ORIENTATION
SHAE'ING COEFFICIENT
HEAT CAPACITY OF EXT. WALL (BTU/F-SQ.FT.) ...
LIGHJING^ LEVEL (WATTS/SQ.FT.) ...........=„..,
CLIMATE ZOiME ................................
ASHRAE 0.5% OuTDOOFR SUMMEF< DESIGiNi TEMF'ERATURE
HO
2 . 6
.•7
CRAWL
****** SCM ENERGY ANALYSIS MODEL VERSION 2.OH ******
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD ***
DATE." 02-2'
TIME: 15:26
PAGE: 8
^-1989
OS
PHYSICAL PARAMETERS
*******************
SECONDARY DATA
^ )^ ^* ^ )^ jjf. 5^ ?|f )^ >^ iff
DOOR AREA (SQ.FT. ) ..........
DOOR 'R'-VALUE (E X CLUDING FILM RESI STANCES)
WALL ABSORPTIVITY
ROOF ABSORPTIVITY
CEILING HEIGHT (FT. )
20
1 .5
. 7
.7
S.5
SHADING
* * * * * * *
SHADING COEFFICIENT N 0 R T H / N 0 R T H E A S T
: EAST /SOUTHEAST ..
s SOUTH/SOUTHWEST ..
: WEST /NORTHWEST .„
DOES THIS BUILDING HAVE WINDOW OVERHANGS
DOES THIS BUILDING HAVE WINDOW SIDE-FINS
NO
NO
MECHANICAL AND ELECTRICAL
* * * * * ************** * * * * * *
RATED HEATING EFFICIENCY
RATED COOLING EER ......
WATER HEATER TYPE .......
8.100001
ELECTRIC
SPECIAL FEATURES
* * * * * * * * * * * * * * * *
DAYLIGHTING STRATEGIES
SOLAR WATER HEATING SYSTEM NO
******* SCM ENERGY ANALYSIS MODEL VERSION 2.OH******* DATE: 02-27-1989
*** 2ND GENERATION'NONRESIDENTIAL ENERGY STANDARDS *** TIME: 15:26:22
*)f**************************************************** PAGE: 9
CLIMATE ZONE : 7
BUILDING FILE : 88-502.HP3
BUILDING TYPE ; OFFICE
BUILDING TITLE : TECHBILT LOT 36 TI
BALANCE-POINT TEMPERATURES AND DEGREE-DAYS INPUT
DAY NIGHT
BPTl - 68.03
BPT2 =^ 75.56
BPT3 = 75.56
HDD = 3274.46
CDD = 0.54
ENVELOPE HEAT TRANSFER FACTORS (BTU/HR-F)
BPTl -58 . 99
BPT2 -62 .81
BPT3 = 62 .81
HDD "7 1 s . 60
CDD 7C'8 .54
OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (WINTER) 870.7
OVERALL HEAT TRANSFER FACTOR 'K' (WINTER) 999.0
OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (SUMMER) 884.9
0VERALL FiEAT TRANSFER F"ACT0R ' \< " (SBUMMER ) 1003 . 0
PEAK COOLING EST. = 47S41 BTUH - HVAC CODLING CAPACITY 56000 BTUH
ANNUAL LOADS (MBTU'S)
F-!EATIN6 6.S
COOLING 14.9
ANNUAL SITE ENERGY REQUIREMENTS (MBTU'S)
SITE HEATING 2,
SI !!-. COOLING 9 ,
SITE LIGHTING 3,
SITE RECEPTACLE 4,
SITE FAN 9,
SITE HOT WATiZF? 0,
ANNUAL SOURCE ENERGY USE ESTIMATE (KBTU/SQ.FT.)
SOURCE HEATING .10.3
SOURCE COOLING 36.2
SOURCE LIGHTING 13.4
SOURCE RECEPTACLE 16.8
SOURCE FAN 36.4
SOURCE HOT WATER 1 .4
ANNUAL SOURCE ENERGY USE ESTIMATE IS 116.7KBTU/SQ.FT
( NOTE; 1 KUihi = 10.239 KBTUS OF SOURCE ENERGY )
****** SCJ-I ENERGY ANALYSIS MODEL VERSION 2.OH ******
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD ***
DATE: 02-27-1989
TIME: 15:26:51
PAGE: 10
PRIMARY DATA
FILE NAME
BUILDING TYPE
BUILDING TITLE
88-502.HP4
OFFICE
TECHBILT LOT TI
AREA (SQ,FT.)
*************
EXTERIOR WALL ....
WINDOW : NORTH/NORTHEAST .....
: EAST /SOUTHEAST .....
: SOUTH/SOUTHWEST .....
s WEST /NORTHWEST .....
LJ LJ itf!i>attiiit«u«it««)tNn««KniiaiiBi>
(3R0Ulv!D F'LOOR .„„»..........»...
CONDITIONED PERIMETER (LENGTH)
ZONE CONDITIOi\iED f-LlJOR .......
1^13
64
C)
(;;•)
0
2444
557
178
'R'-VALUE (EXCLUDING FILM RESISTANCES)
**************************************
WINDOW (INCLUDING INSIDE FILM RESISTANCE
3 « 9c:'
. 74
19.88
3.83
HVAC SYSTEM
* * * * ****** *
HEATING EQUIPMENT TYPE ,...„.,......
COOLING EQUIPMENT TYPE .............
HVAC COOL IN 6 C A P A C; IT Y (IN B T U S / H 0;.. 1R )
ECONOMIZER .........................
F"AN POWER ( WATTS/SQ , F"T . ) „„....„....
AIR CIRCULATION RATE (CFM/SQ.FT.)
HEAT F-'UMP
AIR CONDITIONER
42000
NO
.7
OTHER
^. ^ !^ )j(
AZIMUTH OF NORTHERN BUILDING ORIENTATION .
SHADING COEFFICIENT
HEAT CAPACITY OF EXT. WALL (BTU/F-SQ.FT«)
LIGHTING LEVEL ( WATTS/SQ = F-'T . ) ............
CLIMATE ZONE .....„=........».............
A S hi Ft! A E 0 . 5 A OUTDOOR S U i M E R D EE SIG N T E P E Fi Aii
u
1
2.04
1 .8
CFi;AWL
****** SCM ENERGY ANALYSIS MODEL VERSION 2.OH ****** DATE: 02-27-1989
*** 2ND GENERATION NONRESIDEENTIAL ENERGY STANDARD *** TIME: 15:27:03
***************************************************** PAGE: 11
SECONDARY DATA
jf^' )K. ^ ^ 3^' ^* j|i jf( 3^' Jj^ !^ )f( ^
PHYSICAL PARAMETERS
*******************
DOOR AREA (SQ.FT.) .......... .............. .......... 0
DOOR 'R'-VALUE (EXCLUDING FILM RESISTANCES) 1.5
WALL Ab'SLiF-ilF"' I IVI 1 Y „.,„„.„........„».„..«......»............... » /
ROOF ABSORPTIVITY .7
(ZEILI NG HE 16i-IT ( F T . ) 8.5
SHADING
*******
SHADING COEFFICIENT : NORTH/NORTHEAST 1
: EAST /SOUTHEAST ....................... 1
11 SOUTH/SOUTHWEST .......,.......:.....„.. 1
i WEST /NORTHWEST ....................... 1
DOES THIS BUILDING HAVE WINDOW OVERHANGS .................... NO
DOES THIS BUILDING HAVE WINDOW SIDE-FINS .................... NO
MECHANICAL AND ELECTRICAL
* * * * * * * * * * * * * * * * * * * * * * * * *
F;ATEL) HEATING EFF"ICItENCY .2.9
RATED COOLING EER ........................................... 8.5
WATER HEATER TYPE ............................................ ELECTRI
SKYLIGHT
* * * * * * * *
SF'. YLIGHl s Ar-i!EA ...„.„..,„,.„.„„«..„««.................»...,. 4£J
Si'-fADING COEIF'F'ICIENT .............................
S P E CIA L F" E .A T U R iE
************ * * * *
DAYLIGHTING STF;ATEGIES ..>...........«....................... NO
SOLAR WATER HEATING SYSTEM NO
**.***** SCM EJ^IERGY. ANALYSIS MODEL VERSION 2. OH******* DATE: 02-27-1989
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARDS *** TIME: 15:27:20
****************************************************** PAGE: 12
CLIMATE ZONE : 7
BUILDING FILE : 88-502.HP4
BUILDING TYPE : OFFICE
BUILDING TITLE : TECHBILT LOT 36 TI
BALANCE-POINT TEMPERATURES AND DEGREE-DAYS INPUT
DAY NIGHT
BPTl =^ 50.94 BPTl = 65.14
BPT2 « 58.40 BPT2 = 73.01
BPT3 58.40 BPT3 = 73.01
HDD - 0.00 HDD =^ 2370,28
CDD = 1410.21 CDD =^ 2.14
ENVELOPE HEAT TRANSFER FACTORS (BTU/HR-F)
OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (WINTER) 620,5
OVERALL HEAT TRANSFER FACTOR 'K' (WINTER) 969.3
OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (SUMMER) 623.4
OVERALL HEAT TRANSFER FACTOR 'K' (SUMMER) 944.7
PEAK COOLING EST. 48007 BTUH - HVAC COOLING CAPACITY - 42000 BTUH
ANNUAL LOADS ( MBTU ' ;B)
HEATING 3.2
COOLING 20.0
ANNUAL SITE ENERGY REQUIREMENTS (MBTU'S)
SITE F^ E A TIN G 1 . 2
SITE COOLING 11.8
SITE LIGHTING 44.0
SITE RECEPTACLE 12.2
SITE FAN 7.8
SITE r-iOT WATER 1.0
ANNUAL SOURCE ENERGY USE ESTIMATE (KBTU/SQ.FT,)
SOURCE HEATING 1.6
SOURCE COOLING 16.1
SOURCE LIGHTING 60.3
SOURCE RECEPTACLE 16,8
SOURCE FAN 10.7
SOURCE HOT WATER 1.4
ANNUAL SOURCE ENERGY USE ESTIMATE IS 107.7KBTU/SQ.F"
( NOTE; 1 KWH - 10,239 h3TU£5 ui- BOUF^CE Ei^ERGY
****** SCM ENERGY ANALYSIS MODEL VERSION 2. OH ****** DATE: 02-27-198'-
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD *** TIME: 15:28:00
***************************************************** PAGE: 13
PRIMARY DATA
FILE NAME
BUILDING TYPE
BUILDING TITLE
88-502.HPS
OFFICE
TECHBILT LOT TI
AREA (SQ.FT.)
* * * * * * * * * * * * *
EXTERIOR WALL ................
WINDOW : NORTH/NORTHEAST
: EAST /SOUTHEAST
: SOUTH/SOUTHWEST
: WEST /NORTHWEST .....
I^OOF* DttltH&MBallWNMIiltHlinilBHttnnVtt
GF';OUND FLOOF? ..„„.«.....„„.„.,
CONDITIONED PERIMETER (LENGTH)
ZONE CONDITIONED FLOOR ....„..
60
227
0
0
()
0
592
40
'R'-VALUE (EXCLUDING FILM RESISTANCES)
**************************************
WINDOW (INCLUDING INSIDE FILM RESISTANCE) ,74
HVAC SYSTEM
* * * * * * * * * * *
HEATING EQUIPMENT TYPE .............
COOLING EQUIPMENT TYPE .............
HVAC COOLING CAPACITY (IN BTUS/HOUR)
ECONOMIZER .........................
FAN POWER (WATTS/SQ.FT.) ...........
AIR CIRCULATION RATE (CFM/SQ.FT.) ..
HEAT F-'UMP
AIR CONDITIONER
NO
1
OTHER
)|c ^ )fc JfC ^.
AZIMUTH OF NORTHERN BUILDING ORIENTATION
SHADING COEFFICIENT ............ .
HEAT CAPACITY OF EXT. WALL. ( BTU/F-SQ . FT . )
LIGHTING LEVEL (WATTS/SQ.FT.) ...........
FLOOR TYPE
CLIMATE ZONE .
AEiFiRAE 0.5% OUTDOOF^ SUMMER DESIGN TEMF'EF'^A
1.19
SLAB
rUR:
****** SCrri ENERGY ANALYSIS MODEL VERSION 2. OH ****** DATE: 02-27-1989
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD *** TIME: 15:28:01
^ )|C )jt)|( )fi 3j( ifi 3^' jjt ^ jfv 3jf )|C )|C 5jC ?^ 3^ )|C jfc )|C )IC jf\ )Ji jfc ^ }"' ft (3 f ^ * 3, ^
SECONDARY DATA
' )|-' 1^ )j( )^ !j( ^\ ^ )|^ )^ )j( jj^
PHYSICAL PARAMETERS
)ft ^ )fi ^ iji* jifc ^ ^ ^ ^ ^
DOOR AREA ( SQ. FT . ) , . 0
DOOR 'R'-VALUE (EXCLUDING FILM RESISTANCES) 1.5
WALL ABSORPTIVITY .7
RCIOF- ABSOr^'F-'TIVITY .7
CEILING HEIGHT (FT. ) . 8
SHADING
* * * * * * *
SHADING COEFFICIENT : NORTH/NORTHEAST „..„.....,,.......,..,. .58
: EAST /SOUTHEAST . .58
: SOUTH/SOUTHWEST .58
s WEST /NORTF-iWEIST ....................... . 5t!
DOES THIS BUILDING HAVE WINDOW OVERHANGS NO
DOES THIS BUILDING HAVE WINDOW SIDE-FINS .................... NO
MECHANICAL AND ELECTRICAL
************************ *
RATED HEATING EFFICIENCY ..„,..„,..,„.„.... 3
RATED COOLING EER ........................................... 10.2
WATER HEATER TYPE ELECTRIC
SPECIAL FEATURES
****************
DAYLIGHTING STRATEGIES ........................... ....... NO
SOLAR WATER HEATING SYSTEM ....„..........................:. NO
******* SCM ENERGY ANALYSIS MODEL VERSION 2.OH******* DATE: 02-27-1989
*** 2ND GENERATION 'NONRESIDENTIAL ENERGY STANDARDS *** TIME: 15:28:14
****************************************************** PAGE: 15
CLIMATE ZONE : 7
BUILDING FILE : 88-502.HPS
BUILDING TYPE : OFFICE
BUILDING TITLE : TECHBILT LOT 36 TI
BALANCE-POINT TEMPERATURES AND DEGREE-DAYS INPUT
DAY NIGHT
BPTl BPTl 67.90
BPT2 59.88 BPT2 = 75.86
BPT3 = 59.88 BPT3 = 75.86
HDD = 78.97 HDD --• 3231.43
CDD ---^ 1128.44 CDD 0.36
ENVELOPE HEAT TRANSFER FACTORS (ETU/HR-F)
OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (WINTER) 226.3
OVERALL HEAT TRANSFER FACTOR 'K' (WINTER) 320.8
OVERALL BUILDING ENVELOPE FiEAT TRANSFER RATE (SUMMER) 230.6
OVERALL HEAT Tr<ANSF-'ER FACTOF^ ' K' (SUMMIZiS) 317,6 •
PEAK COOLING EST. = 19980 BTUH - HVAC COOLING CAPACITY = 18500 BTUH
ANNUAL LOADS (MBTU'S)
HEATING 1.7
COOLING 6.2
ANNUAL SITE ENERGY REQUIREMENTS (MBTU'S)
SITE HEATING 0.6
SITE COOLING 4.4
SITE LIGHTING 8 . t;
SITE RECEPTACLE 3.3
SITE FAN 2.8
SITE HOT WATER 0.3
ANNUAL SOURCE ENERGY USE ESTIMATE (KBTU/SQ.FT.)
SOURCE HEATING 3.1
SOURCE COOLING 22.2
SOURCE LIGHTING 43.6
SOURCE RECEPTACLE 16.8
SOURCE FAN 14.0
SOUF^CE HOT I.4ATER 1 . 4
ANNUAL SOURCE ENERGY USE ESTIMATE IS 102„1KBTU/SQ.FT
( NOTE: 1 KWH ~- 10.239 KBTUS OF SOURCE ENERGY )
****** SCM ENERGY ANALYSIS MODEL VERSION 2.OH ******
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD ***
DATE: 02-27-1989
TIME: 15:28:43
PAGE: 16
PRIMARY DATA
^ 5^ 5^ 3^ jjt 3^ 3^ 3^ 3^ 3(C 5)t
FILE NAME
BUILDING TYPE
BUILDING TITLE
83-502.HP6
OFFICE
TECHBILT LOT TI
AREA (SQ,FT.)
* * * * * * ****** *
EXTEFflOF',' WALL ................
WINDOW : NORTH/NORTHEAST .....
: EAST /SOUTHEAST
: SOUTH/SOUTHWEST
: WEST /NORTHWEST .,...
FA OOF" nKitmMKamutiavmnuuiiutiitmmtipu
GROUND FLOOR . .
CONDITIONED PERIMETER (LENGTH)
ZONE CONDITIONED FLOOR ...
1142
C)
0
0
0
0
1558
143
1558
'R'-VALUE (EXCLUDING FILM RES ISTANCES)
**************************************
Wi-iLLo ...................................
WINDOW (INCLUDING INSIDE FILM F(ESISTANCE)
84
....
0
0
HVAC SYSTEM
****** * * * * *
HEATING EQUIPMENT TYPE
COOLING EQUIPMENT TYPE
HVAC COOLING !
ECONOMIZER ......................
FAN POWER (WATTS/SQ.FT.) ........
AIR CIRCULATION RATE (CFM/SQ.FT.)
HEAT PUMP
AIR CONDITIONER
2'020C'
NO
.6
OTHER
3^ 3j( ){i }^ ^
a a a m AZIMUTH OF NORTHERN BUILDING ORIENTATION
SHADING COEFFICIENT .........................
HEAT CAPACITY OF EXT, WALL (BTU/i~-SQ . F-'T . ) ...
LIGHTING LEVEL (WATTS/SQ.FT,)
F'LDOF; "FYI'-'E; ....... = „...„.......,„............=
CLIMATE ZONE ................................
ASHRAE 0.5% 0uTD0DR SL.JMMER. DEE! IGN T EMF'EF^A I UF'!E
0
.58
2. 75
1 .6
SLAB
****** SClr! ENERGY ANALYSIS MODEL VERSION 2. OH ****** DATE: 02-27-1989
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD *** TIME: 15:28:55
***************************************************** PAGE: 17
SECONDARY DATA
3^ }|i 3j( 3^ ^ 3^ )t[ /f( 3^ jfi' 3^ ^
PHYSICAL PARAMETERS
*******************
DOOR AREA (SQ.FT.) 0
DOOR 'R'-VALUE (EXCLUDING FILM RESISTANCES) 1.5
WALL ABSORPTIVITY .7
ROOF ABSOF-('l-' 1 IVITY
CEILING HEIGHT ( FT , ) .„..,..,...... 8
SHADING
*******
SHADING COEFFICIENT : NORTH/NORTHEAST .58
: EAST /SOUTHEAST ....... .58
s SOUTH/SOUTHWEST .58
: WEEST /NOFiTHWEST . 5£i
DOES THIS BUILDING HAVE WINDOW OVERHANGS .................... NO
DOES THIS BUILDING HAVE WINDOW SIDE-FINS ,.,-........,.„..„.. NO
MECHANICAL AND ELECTRICAL
*************************
RATED HEATING EFFICIENCY ..................................... 3.3
RATED COOLING EER ........................................... 10.S
WATER HEATER TYPE ....,.,...„..,.....„... ................ ELECTRIC
SPECIAL FEATURES
****************
DAYLIGHTING STRATEGIES ...................................... NO
SOLAR WATER HEATING SYSTEM .................................. NO
******* SCM ENERGY ANALYSIS MODEL VERSION 2.OH******* DATE: 02-27-1989
*** 2ND GENERATION'NONRESIDENTIAL ENERGY STANDARDS *** TIME: 15:29:10
****************************************************** PAGE: 18
CLIMATE ZONE : 7
BUILDING FILE : 88-502.HP6
BUILDING TYPE : OFFICE
BUILDING TITLE : TECHBILT LOT 36 TI
BALANCE-POINT TEMPERATURES AND DEGREE-DAYS INPUT
DAY NIGHT
BPTl
BPT2
BPT3
MDi;
CDD
51 .37
60.6'9
60.69
0,00
993.38
BPTl -
BPT2 =
BPT3 =
HDD
CDD
66.85
75.68
75.68
2892.80
0.47
ENVELOPE HEAT TRANSFER FACTORS (BTU/HR-F)
OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (WINTER)
OVERALL HEAT TRANSFER FACTOR 'K' (WINTER)
OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (SUMMER)
OVERALL HEAT TRANSFER FACTOR 'K' (SUMMER)
PEAK COOLING ES' 26116 BTUH - HVAC COOLING CAPACITY
ANNUAL LOADS (MBTU'S)
303. /
••••-.'••-.•~> A
305.3
534.4
30200 BTUH
HEATING
COOLING
ANNUAL SITE ENERGY REQUIREMENTS (MBTU'S)
SITE HEATING
SITE COOLING
SITE LIGHTING
SITE RECEPTACLE
SITE FAN
SITE HOT WATER
O.
17.9
8.7
4.8
0."/
ANNUAL SOURCE ENERGY USE ESTIMATE (KBTU/SQ.F
SOURCE HEATING
SOU--:: :OOLING
SOURCE LIGHTING
SOURCE RECEPTACLE
SOURCE FAN
SOURCE HOT WATER
1.4
10.5
53.6
16.8
ANNUAL SOURCE ENERGY USE ESTIMATE I 93.5KBTU/SQ.F'
|•^!OTE: 1 KWi • BTUS OF SOURCE Ei^iiERGY )
****** SCM ENERGY ANALYSIS MODEL VERSION 2.OH ****** DATE: 02-27-1989
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD *** TIME: 15:29:39
***************************************************** PAGE: 19
PRIMARY DATA
FILE NAME
BUILDING TYPE
BUILDING TITLE
88-502.HP7
OFFICE
TECHBILT LOT 36 TI
AREA (SQ.FT.)
*************
EXTE!;F;IOI"I WALL ...„....,...,......,
WINDOW : NORTH/NORTHEAST .........
: EAST /SOUTHEAST .........
: SOUTH/SOUTHWEST .........
s WEST /NORTHWEST .....„.,.
ROOF .............................
Bi-.'O'. '-.D FLOOR
CONDITIONED PERIMETER (LENGTH)....
ZONE CONDITIONED FLOOR .......„„„.
1 SO
205
0
o
19
4 (") 6
R'-VALUE (EXCLUDING FILM RESISTANCES)
WINDOW (INCLUDING INSIDE FILM RESISTANCE:
F*^ f— 0 (3 F^ uHuntinBuiitxnntitttiatinatxuviiutiuuafiKKuttxti
7.2'.
.74
0
O
HVAC SYSTEM
***********
HEATING EQUIPMENT TYPE .
COOLING EQUIPMENT TYPE
HVAC CODLING CAPACITY (IN BTUS/HOUR)
ECONOMIZER .........................
FAN POWER (WATTS/SQ.FT.) .....,„„...
AIR CIRCULATION RATE (CFM/SQ.FT.) ..
HEAT PUMP
AIR CONDITIONER
•I o!:-;r ii
44
OTHER
^ ^ )fi 3fC
AZIMUTH OF NORTHERN BUILDING ORIENTATION .
SHADING COEFFICIENT . . .
r-iEAT CAF'ACIT'Y OF EXT. WALL. ( B"FU/F-SQ . F"T . )
LIGHTING LEVEL (WATTS/SQ.FT,) ............
FLOOR TYPE ,.......„„„..„.,..„...„.......„.
CLIMATE ZONE
A£:-iRAE 0. 5X OU'TDOOR SUMMER DESIGN "rEMF'EEF?AT
45
4.4
1 . 1
E3LAB
URE
****** SCM ENERGY ANALYSIS MODEL VERSION 2.OH ******
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD ***
3|t3^^)^^)j(3^)|i3^(j^CJ)tj|Cljt)|J3((^')|(3|(3fe3k
DATE: 02-27-1989
TIME: 15:29:50
PAGE: 20
PHYSICAL PARAMETERS
* * * * * * * * * * ****** * * *
SECONDARY DATA
****** * * * * * * * :*
DOOF'; AREA (SQ.FT. )
DOOR 'R'-VALUE (EXCLUDING
WALL ABSORPTIVITY „......,
ROOF ABSORPTIVITY
CEILING HEIGHT (FT.) .....
FILM RESISTANCES)
20
l.l
. I
.7
8
SHADING
* ******
SHADING COEFFICIEN"
DOES THIS BUILDING
DOES THIS BUILDING
' : NORTH/NORTHEAST ..
: EAST /SOUTHEAST . .
s SOUTH/SOUTHWEST ..,
: WEST /NORTHWEST ..
HAVE WINDOW OVERHANGS
HAVE WINDOW SIDE-FINS
NO
NO
MECHANICAL AND ELECTRICAL
*************************
RATED HEATING EFFICIENCY
RATED COOLING EER
WATER HEATER TYPE
10.2
Ei„ECTRI C
SPECIAL FEATURES
* * * * * * * * * * * * * * * *
DAYLIGHTING STRATEGIES ....
SOLA.R WATER HPrATl.NG SYSTEM
NO
NO
******* SCM ENERGY ANALYSIS MODEL VERSION 2,OH******* DATE: 02-27-1989
*** 2ND GENERATION'NONRESIDENTIAL ENERGY STANDARDS *** TIME: 15:30:05
****************************************************** PAGE: 21
CLIMATE ZONE : 7
BUILDING FILE : 88-502. f-iP7
BUILDING TYPE : OFFICE
BUILDING TITLE : TECHBILT LOT 36 TI
BALANCE-POINT TEMPERATURES AND DEGREE-DAYS INPUT
DAY' NIGriT
BPTl - 58.60 BPTl - 68.33
BPT2 - 62.80 BPT2 = 76.23
BPT3 = 62.80 BPT3 = 76.23
HDD =^ 191.57 HDD = 3376.77
CDD == 709.70 CDD =^ 0.00
ENVELOPE HEAT TRANSFER FACTORS (BTU/HR-F^
OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (WINTER) 245.8
OVEERALL HEAT TRANSFER FACTOR 'K' (WINTER) 310.6
OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (SUMMER) 250.1
OVERALL HEAT TRANSFER FACTOR K' (SUMMER) 309.S
PEAK COOLING EST. - 16048 BTUH - HVAC COOLING CAPACITY = 18500 BTUH
ANNUAL LOADS (MBTU'S)
HEATING 2.1
COOLING 4.6
ANNUAL SITE ENERGY REQUIREMENTS (MBTU'S)
SITE HEATING 0.3
SITE COOLING 3.7
SIT EE LIG H TIN G 5 . Ci
SITE RECEPTACLE 2.3
SITE FAN 2.8
SITE HOT WATER 0.2
ANNUAL SOURCE ENERGY USE ESTIMATE (KBTU/SQ,FT,)
SOURCE HEATING 5.6
SOURCE COOLING 27.5
SOURCE LIGHTING 36.9
SOURCE RECEPTACLE 16.8
SOURCE FAN 20.5
SOURCE HOT WATER 1.4
ANi'JUAL SOUF?CE E-NERGY USE iESTIMATE IS 110 OF<BT'U/SQ . F'T .
( NOTE 5 1 KWH 10.239 KBTUS OF EiOUFiCE ENEEF^GY )
******** SCM FJMERGY. ANALYSIS MODEL VERSION 2. OH******* DATE: 02-27-1989
*** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARDS *** TIME: 15:30:31
****************************************************** PAGE: 22
ANNUAL LOADS (MBTU'S)
HEATING 29.6
COOLING 79.2
ANNUAL SITE ENERGY REQUIREMENTS (MBTU'S)
SITE HEATING 10.9
SITE COOLING 50.9
SITE LIGHTING 128.4
SITE RECEPTACLE 46.1
SITE FAN 41.8
SITE HOT WATER 3.7
ANNUAL SOURCE ENERGY USE ESTIMATE (KBTU/SQ.FT.)
SOURCE HEATING 4.0
SOURCE COOLING 18.5
SOURCE LIGHTING 46.7
SOURCE RECEPTACLE 16.8
SOURCE FAN 15.2
SOURCE HOT WATER 1 . 4
ANNUAL SOURCE ENERGY USE ESTIMATE IS 103.5KBTU/SQ.FT
( NOTE: 1 KWH = 10.239 KBTUS OF SOURCE ENERGY
ZEiNEE DESIGN CO OL.ING LOAD SUM!" 1HRY
Zone Name s i-iF'-l 02-22-89
Location : CARLSBAD, CALIFORNIA Jul 1600h
Job Niime : LOT 36A TI
Preparetd By : KM ENGINEERS 6050188110
Carrier Hourly Analysis Program Page 1 o-f 2
3j()|^.)^i3^3^i|^5|^3^)|^5i'>^5fC)jC^3^)jfJ)C)jC^)^)JC)^)jf)|C)j(^)^ ^ ^ ^ ^ ^ 4 4' ^ ^ 4' 'A' 'Jt' ^ 4 4' ^' ^ *^ ^ ^ 4 4 W' 4' >t 4r 4^ ^ ^ it 4' 4' ''^
^ ifi /f. ff^ fft ^ rft >^ rf. ^ Jf- ^ ^ *r' ^ ff^ •r- 'T^ "i^ ^
SENSIBLE LATENT
LOAD COMPONENT (BTU/hr) (BTU/hr)
SOLAR GAIN 3,395 0
GLASS TRANSMISSION 824 0
WALL TRANSMISSION 708 0
ROOF TRANSMISSION 2,672 0
TRANS, LOSS TO UNCOND. SPACE 3,87 b 0
LIGHTING ( 2,354 W TOTAL) £;, 030 0
OTHER ELEC. ( 785 W TOTAL) 2,677 C)
PEOPLE ( 15.69 PEOPLE TOTAL) 3,844 3,216
MI3CELLANEOUS LOADS C) 0
COOLING INFILTFJATIDN C) 0
COOLING SAFETY LOAD 0
SUB-TOTALS 26,029 3 , .'216
NET VENTILATION LOAD ( 314 CFM) 2,336 1 ,365
SUPPLY FAN LOAD (BHP= 0.4) 1 , 100 0
ROOF LOAD TO PLENUM 0 0
LIGHTING LOAD TO PLENUM 0 0
TOTAL COOLING LOADS 29,464 4,582
TOTAL. COOLING LOAD
or 2.84 Tons or
ZONE TOTAL FLOOR AREA
ZONE OVERALL U-F'ACTOFS; =
34,046 BTU/hr
55-'.'.' „ C) sq f t./ Tons
1 , 569 ,00 sq-f t
0.157 BTU/ l"ir / sa + 't/ F
**************** * * * * * * * * * * ******************************************** * *
T ransmission -snd
LOAD COMPONENT AREA
boiar L-jam oy tiKposure
TRANSMISSION SOLAR GAIN
( sq 11) i.B TU/hr) (BTU/hr
NE 0 0 0
E 0 0
SE 0 0 0
o
E;W
i_)
0 0
w 0 0 0
NW 1 OS 824 3,395
N Ci C) C)
H C) Ci Cs
NE Cs 0
t~\
—
b
SE
i_)
0 0 —
S 0 0 -
SW
W
NW
h 1
0
0
96
0
Cj
0
'7CiS
-
************************************************************************
ZDNEE DEISIGN COCii... I i--iB LOAD SUMMAPY
Zone Name : FiF'-l Ci2-22-39
Location : CAF<LSBAD, CALIFORNIA Jul IbCJCsh
Job Name : LOT 36A TI ^^jon
Prepared By : FCM ENGINEERS 6050188110
Carrier Hourly Analysis Program .P'aqe 2 of 2
************************************************************************
COIL SELECTION PARAMETERS
COIL ENTERING AIR TEMP. (DB/WB) = 76.6/ 64.2 deq F
COIL LEAVING AIR TEMP, (DB/WB) = 56.2/ 55.7 deq F
COIL SENSIBLE LOAD =^ 29,464 BTU/hr
COIL TOTAL LOAD = 34,046 BTU/hr
COOLING SUPPLY AIR TEMPERATURE '•== 57.0 deq F
TOTAL COOLING CFM (actual) 1,360 CFM
TOTAL COOLING CFM (std. air) = 1,339 CFM
COOLING CFM/sqft = 0.87 CFM/sq-ft
RESULTING ROOM REL. HUMIDITY 52 7.
COIL BYPASS FACTOR 0.050
******************** * ************************************************** *
zone Name : HF -1 Cj2-22~S9
L..ccation : CAF-<LSBAEJ, CALIFORNIA Winter db : .34. C) F
Job Name ,: LOT, 36A TI Indoor db .: 72.0 F
Prepared By : KM ENGINEERS 6050188110
Carrier Hourly Analysis Program Page 1 o-f 1
^ ^ ^ ^ U.- Or a' ^ Or ^ U/ ^ OF a. a- Or a- 4 'Or ^ a- ^
Note: Heating loctd is computecJ ait winter design condition.
LOAD COMPONENT LOAD (BTU/hr)
WALL TRANSMISSION 3,101
ROOF TRANSMISSION 2,981
GLASS TRANSMISSION 4,473
TRANSMISSION LOSS TO UNCOND. SPACES 21,053
INFILTRATION LOSS 0
SLAB FLOOR 0
HEATING SAFETY BTU/hr 0
SUB-TOTAL 31,608
NET VENTILATION LOSS 12,679
TOTAL HEATING LOAD 44,288
HEATING SUPPLY CFM 1,, 651 CFM
HEATING SUPPLY AIR TEMPERATURE 90.0 deg F
HEATING VENTILATION AIR CFM 314 CFM
HEATING SEASON ROOM DRY BULB TEMP. 72.0 deg F
******** * * * * ******** * * * * * * * * * * * * * * * * * * * * * * ****************** * * * * * * * * * * * *
ZDKE DESIGN CO EiLiNG LCjAD E ^UMMf
Zone ivame s HF-''-2 02--22--89
L. o c a t i D1" 1 i; C Pi .R L '3 B A D , C A LIF- 0 F-^: NIA Jul ilOOh
Job Name : LOT 36A TI
Prepared By : KM ENGINEERS 6050188110
Carrier Hourly Analysis Program Page 1 of 2
}((^)fi)t()^)|(34C}{(}{(^3|(34(3|^]{(3{(})(){()f(3i{^)jC3((}^J^3|(3ff3f(^
SENSIBLE LATENT
LOAD COMPONENT (BTU/hr) (BTU/hr)
SOLAR GAIN 15,389 C)
GLASS TRANSMISSION .' •I'.jL. 0
WALL TRANSMISSION 7,05C) 0
ROOF TRANSMISSION 256 0
TRANS. LOSS TO UNCOND. SPACE 473 0
LIGHTING ( 1,544 W TOTAL) u..' ^ *ioto 0
OTHER ELEC, ( 515 W TOTAL) •I ~r cr rr In/ UuJ 0
PEOPLE ( 10.29 PEOPLE TOTAL) tzv •! .il^. tf \.J x'.. .1. 2, 109
MISCELLANEOUS LOADS C) Ci
COOLING INFILTRATION C) Ci
COOLING SAFETY LOAD c* 0
SUB-TOTALS 3..5, 6b..:. 2, 109
NET VENTILATION LOAD ( 2 06 CFM) 438 1 ,540
SUPPLY FAN LOAD (BHP=^ 0 .6) 1 ,422 Ci
F^OOF LOAD TO PLEiMUM 0 (j
LIGHTING LOAD TO PLENUM Ci Cj
TOTAL COOLING LOADS 35,513 3,649
TOTAL COOLING LOAD 39,162 BTU/hr
or 3.26 Tons or 315,3 sq-f t/Tons
ZONE TOTAL FLOOR AREA 1,029,00 sq-f t
ZONE OVERALL U-FACTOR 0.493 BTU/hr/sq-f-t/F
* * * * * * * * * * * * * * * * * ******** * * * * * * * * ********** * ****************************
Transmissicjn and So 1 ar Gain by Exposure
LOAD COMPONENT AREA TRANSMISSION SOLAR GAIN
(sqt t.) (BTU/hr) (BTU/hr)
6 L. A -3 S !_ 0 A Ei S: N E 3 2 4
IT" {"1
7'C'te
Ci
.2:
10,968
tl '•J
SE 103
7'C'te
Ci
.2: 4,, 421
S Ci 0 o
E-)W Ci 0 ("i
W Ci 0 0
NW 0 0 c>
N 0 0 Ci
H 0 0 Ci
WALL LOADS: NE 424 , >.j.i::o —
t L'
SE 130
•I nr
i , ^fx:.-.:.' -
S C'
:3W Ci.
0
0 ...
W 0 '
NW Ci
Cj
Cj -
N Ci
* * * * * * * * * * * * * * * * * * * * * * * * * * * ***
ij
* ****** * * * * * * * ****************************
Z G NE DEE E; IG hi C 0 0 i.... IN G L. C< A D S U i'i i'i v-i F-i: 'v
Zone Name : HF-'-2 C'2~22-8'-^
Location s CARLSBAD, CALIFORNIA Jul 1 lUC)h
Job Name : LOT .36A TI HI
Prepared By : KM ENGINEERS 6050188110
Carrier Hourly Analysis Program Page 2 o-f 2
************************************************************************
COIL SELECTION PARAMETERS
COIL ENTERING AIR TEMP. (DB/WB) 75.2/ 63.4 deq F
COIL LEAVING AIR TEMP. (DB/WB) = 56.2/ 55.7 deg F
COIL SENSIBLE LOAD = 35,513 BTU/hr
COIL TOTAL LOAD 39,162 BTU/hr
COOLING SUPPLY AIR TEMPERATURE 57.0 deg F
TOTAL COOLING CFM (actual) = 1,758 CFM
TOTAL COOLING CFM (std. air) =--^= 1,731 CFM
COOLING CFM/sqft = 1.71 CFM/sqft
RESULTING ROOM REL, HUMIDITY = 51 7.
COIL BYPASS FACTOR - 0.050
************************************************************************
Zone Name : HF'-2 02-22-89
Location : CARLSBAD, CALIFORNIA Winter db : 34.0 F
Job Name : LOT 36A TI Indoor db .: 72.0 F
Prepared'By : "KM ENGINEERS 6050188110
Carrier Hourry AnaTysis Prtrigram Page 1 of 1
)fv)|t)jC)^)|C)|C)it3jC)jC)|C)|C)|(5(C)|()jC3j(^)jC3)C)j()JC3^3^
Note: Heating load is computed at winter design condition,
LOAD COMPONENT LOAD (BTU/hr)
WALL TRANSMISSION 17,894
ROOF TRANSMISSION 1,955
GLASS TRANSMISSION 17,893
TRANSMISSION LOSS TO UNCOND, SPACES 3,993
INFILTRATION LOSS 0
SLAB FLOOR 0
HEATING SAFETY BTU/hr 0
SUB-TOTAL 46,736
NET VENTILATION LOSS 8,316
TOTAL HEATING LOAD 55,052
HEATING SUPPLY CFM 2,442 CFM
HEATING SUPPLY AIR TEMPERATURE 90.0 deg F
HEATING VENTILATION AIR CFM 206 CFM
HEATING SEASON ROOM DRY BULB TEMP, 72.0 deg F
* * * * * * * * * * ii^ )i< * * * * ****** * * ****** * * * * ********************************** * * *
ZONEE DEEiIGN Ci :iOL.INS LOAD Si .iMMARY
Zo.ne Name : l-iP~3 Ci2-22-89
Location : CAr(LSBAD, CALIF-OfvNIA Jun 900h
Job Name : LOT 36A TI
Prepared 'By : "KM ENGINEERS 6050188110
Carrier Hourly Analysis Program Page 1 of 2
)jC!^')|()(C3(C)|t)fi3i^)^)|(3jC]^)j()|C3^. 3^)jC3jC3^()|C)^^^
SENSIBLE LATENT
LOAD COMPONENT (BTU/hr) (BTU/hr)
SOLAR GAIN 30,351 Ci
GLASS TRANSMISSION -798 Ci
WALL TRANSMISSION 193 Ci
ROOF TRANSMISSION -294 0
TRANS. LOSS TO UNCOND. SPACE -73 Ci
LIGHTING ( 1,206 W TOTAL) 4,115 Ci
OTHER ELEC. ( 402 W TOTAL) 1 ,372 Ci
PEOPLE ( 8.04 PEOPLE TOTAL) 1 ,970 1 ,648
MISCELLANEOUS LOADS Ci Ci
COOLING INFILTRATION Ci Ci
COOLING SAFETY LOAD Ci Ci
SUB-TOTALS 36„836 1,648
NET VENTILATION LOAD ( 161 CFM) -171 1,247
SUPPLY FAN LOAD (BHP= 0.6) 1,556 0
ROOF LOAD TO PLENUM 0 0
LIGHTING LOAD TO PLENUM O 0
TOIAL CODLING LOADS 38,, 221 2,895
T OTA L. (E 0 0 L. IN G L 0 A D ... ^11,116 BTU / i"ir
or 3.43 ": ons or '•71 "T K^j '••.1 sqft/Tons
ZONE TOTAL FLOOR ARE. .A = 8Ci6. CiCi sq f t
ZONE OVERALL U-FACTt jR = 0,457 B T U / h r / 5 q f t / F
******************* ^ :******* **************** * * j^^^^3|\3ji3^)Jv3^5f(Jf»^3iC)j(
Trains miss: .on and Solar Gain by Expo sure
LOAD COMPONENT AREA TRANSMISSION SOLAR GAIN
sq f t) (BTU / hi") (BTU/hr)
GLASS LOADSnNE —72.E! 28,237
E
Elf
C) Ci Ci
f")~7 'i
E-)
Ei WI
Ci
0
0 0
Ci
W Ci 0 Ci
NW —3Ci 1 ,042
N Ci (0 Ci
H Ci 0 0
WALL LOADS: NE 213
/->
—
SE
v_i
7'
Ci
i._i
5
(j
-
SW
w
Ci
Ci
i'j
—
NW
N
—T
/
Ci ()
*******************^ , * * * * * * * ****************** ***********)!;***
Z uNEE L'EEE^' IGN CCi0i.... .\. G i...G()i> GUM 1^1 AF-; V
Zone Name : HP-3 Ci2~22-89
Location : CARLSBAD, CALIFORNIA Jun 900h
Job Name : LOT 36A TI 7-ri<b?>
Prepared By : F';:M ENGINEERS 6050186110
Carrier Hoi-irly Analysis Program Page 2 of 2
************************************************************************
COIL SELECTION PARAMETERS
COIL ENTERING AIR TEMP. (DB/WB) r-T 74.9/ 63.1 deg F"
COIL LEAVING AIR TEMP. (DB/WB) 56,2/ 55,7 deg F
COIL SENSIBLE LOAD 38.221 BTU/hr
COIL TOTAL LOAD 41,116 BTU/hr
COOLING SUPPLY AIR TEMPERATURE 57.0 deg F
TOTAL COOLING CFM (actual) 1 ,925 CFM
TOTAL COOLING CFM (std. air) 1 ,395 CFM
CODLING CFM/sqft = 2.39 CFM/sqft
RESULTING ROOM REL, HUMIDITY -1
J .1 %
COIL BYPASS FACTOR Ci. CiSO
************************************************************************
ZONE DESIGN HEATING LOAD SUMMARY
Zone Name : HF-'-Z: C!2 22-£:;9
Location s CARLSBAD. CALIFORNIA Winter db s 34.0 F
Job Name : LOT r56A TI Indoor db : 72.Ci F-
Prepared 'By : KM ENGINEERS 6050188110
Carrier Hourly Analysis F'rogram Page 1 of 1
Note: Heating load is computed at winter design condition.
LOAD COMPONENT LOAD (BTU/hr)
WALL TRANSMISSION 3,986
ROOF TRANSMISSION 2,177
GLASS TRANSMISSION 30,318
TRANSMISSION LOSS TO UNCOND. SPACES 2,757
INFILTRATION LOSS 0
SLAB FLOOR 0
HEATING SAFETY BTU/hr 0
SUB-TOTAL 39,233
NET VENTILATION LOSS 6,497
TOTAL HEATING LOAD 45,736
HEATING SUPPLY CFM 2,050 CFM
HEATING SUPPLY AIR TEMPERATURE 90.0 deg F
HEATING VENTILATION AIR CFM 161 CFM
HEATING SEASON ROOM DRY BULB TEMP. 72,0 deg F
; * * * * * * ****** * ********** * * * * * * * * * * * * * * * * * * ************ * * * * * * * * * * * * * * * * * *
ZONEE DESIGN CICUJL...ING LOAD SLiMMAF'Y
Zone Name : HP-4 C52-22-8^
L.ocation : CARL.SBAD, CALIFORNIA Jul 1500Fi
Job Name : LOT 36A TI
Prepared By : F^iM ENGINEERS 6050188110
Carrier HoLirly Analysis Program P'sge 1 of 2
************************************************************************
SENSIBLE LATENT
LOAD COMPONENT (BTU/hr) (BTU/hr)
SOLAR GAIN 0 0
GLASS TRANSMISSION 0 0
WALL TRANSMISSION 0 0
ROOF TRANSMISSION 3,232 0
TRANS. LOSS TO UNCOND. SPACE 3,793 0
LIGHTING ( 3,270 W TOTAL) 11,157 0
OTHER ELEC. ( 1,090 W TOTAL) 3,719 0
PEOPLE ( 21,80 PEOPLE TOTAL) 5,341 4,469
MISCELLANEOUS LOADS 0 0
COOLING INFILTRATION 0 0
COOLING SAFETY LOAD 0 0
SUB-TOTALS 27,242 4,469
NET VENTILATION LOAD ( 436 CFM) 3,709 1,108
SUPPLY FAN LOAD (BHP:^-= 0.5) 1,151 0
ROOF LOAD TO PLENUM 0 O
LIGHTING LOAD TO PLENUM 0 0
TOTAL COOLING LOADS 32.10:
TOTAL COOLING LOAD 37,678 BTU/hr
o r 3 . 1 4 ons or 694.3 sqf't/Tons
ZONE TOTAL FLOOR ARE r.A — 2,130.00 sqft
ZONE OVERALL U-FACTt •jR =• 0,Ci5Ci BTU/hr/sqft/ F
************ * * * * * * *) ?;************> ;**************************
Transmiss. ion a\nd Solar G a i .n b y EE ;•; p o s ui r e
LOAD COMPONENT AREA TR/' ^NSMISSION SOLAR G AI
(sqft) ( B T LJ./ h r ) ( Ei T Li./ hr
GLASS LOADSsNE 0 Ci Ci
E Ci Ci C'i
SE 0 0 Ci
o ij 0 Ci
SW 0 0 Ci
w Ci fi Ci
NW 0 Ci Ci
N 0 Ci C'i
H Ci Ci Ci
WALL LOADS: NE 0 fi —
E Ci Ci —
SE Ci Ci —
SW Ci Ci
Ci -
W Cj C) —
NW Ci Ci
******************************)f;*****************if;***********************
.i,
Zone Name : HP-4
LocaticiP : CAI--<[...
Job Name \ LOT .
F-re pa red Eiy : f--:;
5BAD ,, CAL.IF'OFcNI A Jul i5Ci0h
;6A TI "^ju")
1 ENGINEERS 6050188110
Carrier Hourly Analysis Program Page? 2 of 2
)f()^^}jC){C){()^){^}|(3{()|f)|^)^)^3fC3^)|(^34C)j(3^}f'\){C)^)^)^3j^
COIL SELECTION PARAMETERS
COIL ENTERING AIR TEMP. (DB/WB)
COIL LEAVING AIR TEMP. (DB/WB)
COIL SENSIBLE LOAD
COIL TOTAL LOAD
COOLING SUPPLY AIR TEMPERATURE
TOTAL COOLING CFM (actual)
TOTAL COOLING CFM (std. air)
COOLING CFM/sqrt
RESULTING ROOM REL. HUMIDITY
COIL BYPASS FACTOR
D6,
77,5/ 64,7 deg F
1/ 55,6 deg F
32,102 BTU/hr
37,678 BTU/hr
57.0
1 ,423
1 ,401
0. 65
53
0.050
deg i-
CFM
CFM
CFM/sqft
* * ****** * * * * * * * * * * * ********* * * * * ****************** * * ****** * * * * * * * * * * * * * *
L.;'••!!:::. A..^tli:> i o 1V i-'::;.I^i ! .L IMl:' L.Ui-ii..^ oLirii-ii-'-lrv Y
Location i E; A F ;;[..,£!& AD , CAE. 1F'DisN IA ^ Winter' db : 34 , C) F-
Job Name \ LOT ;56A TI Indoor db : 72, C'i F-'
Prepared By : KM ENGINEERS 6050188110
Carrier HoLtrTy ('analysis Program Page 1 of 1
***^Ei******************************************************************
Note: F-leating load is computed at winter design condition.
LOAD COMPONENT LOAD (BTU/hr)
WALL TRANSMISSION 0
ROOF TRANSMISSION 4,142
GLASS TRANSMISSION 0
TRANSMISSION LOSS TO UNCOND. SPACES Ir^.Tiig
INFILTRATION LOSS 0
SLAB FLOOR 0
HEATING SAFETY BTU/hr 0
SUB-TOTAL 22,157
NET VENTILATION LOSS 17.617
TOTAL HEATING LOAD 39,774
HEATING SUPPLY CFM 1,158 CFM
F•^EATING SUF'PLY AIR TEMF-'ERATUF'^E 9Ci. Ci deg F
HEATING VENTILATION AIR CFM 436 CFM
HEATING SEASON ROOM DRY BULB TEMP. 72.0 deg F
************************************************************************
l.Uim-:. Ut.:.^^lGN L..U Jl 1. iMl-i !...Ui--Ni.j ?;il...!r!r!>-iK y
Zone Nafiie : HP-7 y) 2 — .c^ -ici V
i...ocatiDn s CARLSBAD, CALIFORNIA Jun 1 1 C'Cih
Job Name : LOT 36A TI
Prepared Ely : F-'M ENGINEERS 6050188110
Carrier Hourly Analysis Program Page 1 of 2
3^)fC]|C}{(}^3jC^!^3^3f(){C)fC^)^.)(f3i|v3j(})(){^}^. ))(}|()j()|(3j()^
SENSIBLE LATENT
LOAD COMPONENT (BTU/hr) (BTU/hr)
SOLAR GAIN 6,8-.::'6 Ci
GLASS TRANSMISSION 244 0
WALL TRANSMISSION 573 Ci
ROOF TRANSMISSION Ci Ci
TRANS. LOSS TO UNCOND. SPACE 29 Ci
LIGHTING ( 609 W TOTAL) 2,078 Ci
OTHER ELEC. ( 203 W TOTAL) 693 ri
PEOPLE ( 4.06 PEOPLE TOTAL)
MISCELLANEOUS LOADS 0 Ci
COOLING INFILTRATI ON Ci (I'i
COOLING SAFETY LOAD Ci 0
SUB-TOTALS 11,447 832
NET VENTILATION LOAD ( 81 CFM) 86 625
SUPPLY FAN LOAD (BHP=^ 0,1) 242 Ci
ROOF LOAD TO PLENUM 0
LIGHTING LOAD TO PLENUM Ci
TOTAL COOLING LOADS 11,775 1 , 457
TOTAL COOLING LOAD 13,232 BTU/hr
or 1 . 1 Ci Tons or 368.2 sqft/To n s
ZONE TOTAL FLOOR AREA 4Ci6, CiCi sq f t
ZONE OVERALL U-FACTOR 0. 'Z57/ BTU/hr/ sq f t/F
****************** )^ /j( 3|( .-^l ^ 5^ 3^ ^ ^ ^ ^ 3^ )|( ^1 ^ ^ )lC
Transmission and EJoIar Gain by Ei-tposure
LOAD COMPONENT AREA TRANSMISSION ' SOLAR GAIN
( s q f t.) (.ti T U / h r ) ( B T Li / h r )
NE 205 '-y 6,334
E
SE
Ci
I f
Ci Ci
C'i
S
SW
C'i
Ci
Cj
C)
Ci
0
W Ci Ci Ci
N'W 19 21 451
K 1 I \t Ci Ci Ci
H Ci Ci Ci
NE 142 574 -
E Ci Ci -
SE Ci Ci ...
r;-Ci Ci
C)
—
V...' V #
w 0 tli —
NW 10 -1 ...
N 0 C) —
* * * * * * * * * * * * * * * * *.* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * **************** * *
/'Lii'^ic:. LiE;:.E> I Gi^i E..:EiOL. .E i'^iG Li'jAi) SLii^i-''i''-!F-\V
Zone Nafiie t i-iE-'—7 Ci2 —23—89
Location : CAF^LSBAD," CAL.IF0F<|\I1 A Jun llOCih
Job Name \ LOT ,36A TI 1^ I
Prepared E)y : KM ENGINEERS 6050188110
Carrier Hourly Analysis Program Page 2 of 2
^jj^^l^jf^. }|k){()f(^})^. ^3^}^'}|C^){(3j(^J^3fC3f^)^^3^))^3^.?|(){C 3fi 3|C)|^3{C3jC)j(JJJ3|()^)|C)^3jC^3jt
COIL SELECTION PARAMETERS
COIL ENTERING AIR TEMP. (DB/WB:
COIL LEAVING AIR TEMP. (DB/WB)
COIL SENSIBLE LOAD
COIL TOTAL LOAD
COOLING SUPPLY AIR TEMPERATURE
TOTAL COOLING CFM (actual)
TOTAL COOLING CFM (std. air)
COOLING CFM/sqft
RESULTING ROOM REL. HUMIDITY
COIL BYPASS FACTOR
75
56
1/ 63,7
6/ 56.1
11,775
J. n x~ X..
57.0
598
589
1 , -^I 'Z
52
0. Ci50
deg F-"
de^g F
BTU/hr
BTU/hr
deg F
CFM
CFM
CF'M/sqf t
************************************************************************
Jul ISOOh
ZONE DESIGN COOLING LOAD SUMMARY
Zo.ne Name : F-iP-6
Location : CARLSBAD, CALIFORNIA
Job Name : LOT 36A TI
Prepare'd By : KM ENGINEERS 6050188110
Carrier Hourly Analysis Program Psge 2 of 2
tf- ff^ *^ ff. ff^ Jf^ ff. ^ #fv #|i Jf^ ffk ^1 ^ tft rfk Jf. /fK ffi ff. Jf. ^\ ^ ^ ^ Jf. ^ J^ Jfi Jf\ ^ ^ J^ Jfy Jft ^ ^ ^
COIL SELECTION PARAMETERS
COIL ENTERING AIR TEMP. (DB/WB)
COIL LEAVING AIR TEMP. (DB/WB)
COIL SENSIBLE LOAD
COIL TOTAL LOAD
CODLING SUPPLY AIR TEMPERATURE
TOTAL COOLING CFM (actual)
TOTAL COOLING CFM (std. air)
COOLING CFM/sqft
RESULTING ROOM REL. HUMIDITY
COIL BYPASS FACTOR
77.9/ 65.1 deg F
56.6/ 56.0 deg F
19,478 BTU/hr
23,092 BTU/hr
57. Ci deg F
861 CFM
848 CFM
0.55 CFM/sqft
55 7.
0.050
3f. 3^. i^^^^j^. )^3f()((3j(^3^3^3^){C^^34v}|(^>jC3jC3^!|(j^)^^
Z 0 i'4 E D EE Ei I b N C; 0 • L i N G LOAD EJ Li M M A F. Y
Zcirie l^ame : HP—5 C:'2—23-89
Location : CARLSBAD, CALIFORNIA Jun 1300h
Job Name : LOT ^.6Pi TI
Prepared By : KM ENGINEERS 6050188110
Carrier Hourly Analysis Program Rsge 1 of 2
SENSIBLE LATENT
LOAD COMPONENT (BTU/hr) (BTU/hr)
SOLAR GAIN 6,891 C)
GLASS TRANSMISSION 994 Ci
WALL TRANSMISSION 56 Ci
ROOF TRANSMISSION 0 Ci
TRANS. LOSS TO UNCOND. SPACE 83 Ci
LIGHTING ( 888 W TOTAL) 3,030 0
OTHER ELEC. ( 296 W TOTAL) 1 ,010 0
PEOPLE ( 5.92 PEOPLE TOTAL) 1 ,450 1 ,214
MISCELLANEOUS LOADS 0 Ci
COOLING INFILTRATION 0 Ci
CODLING SAFETY LOAD Ci Ci
SUB-TOTALS 13,514 1 ,214
NET VENTILATION LOAD ( 118 CFM) 504 891
SUPPLY FAN LOAD (BHP== 0.1) 285 Ci
ROOF LOAD TO PLENUM Ci C'i
LIGHTING LOAD TO PLENUM Ci Ci
TOTAL COOLING LOADS 14,303 2, lOJ
TOTAL COOLING LOAD 16,408 BTU/hr
or 1.37 Tons or 433.0 sq f t/Tons
ZONE TOTAL FLOOR AREA 592.00 sqft
ZONE OVERALL U-FALT OR 0.389 BTU/hr/sqft/F
*************************** *********************************************
Transmiss ion and Solar Gain by EKposure
LOAD COMPONENT AREA TRANSMISSION SOLAR GAIN
(sqft) (BTU/hr) (BTU/hr)
GLASS LOADS:NE ''7 "7 994 6,391
E Ci Ci Ci
SE. Ci 0 Ci
S Ci Ci Ci
£>W Ci Ci Ci
W 0 Ci Ci
NW Ci Ci Ci
N 0 Ci 0
H 0 Ci Ci
WALL LOADS: NE 60 56
/"\
—
E
SE
ij
Cj
{"\
Cj
{";
-
SW Ci
\f
(j —
w Ci 0 -
NW Ci Cj -
N Ci 0 —
************************************************************************
/ (J iN; E D E E; IG C 0 C J L. I N 3 L C A;
Zone Name : HF-'-5
Loccxtion : CARLSBAD, CALIr"-^'OF<NI A
Job Name : LOT ;ji6A TI
Prepared E'y s KM ENGINEERS
Carrier Hourly Analysis Proqram
c::)UI''!!'!i-il-v Y
Jun 130Oh
' 6050188110
Page 2 of 2
Jf- Jf. Jfi Jfi Jf- Jfi Jfi ffi J^ Jft ^ ^ Jf. Jft Jfi ^ ^ ^ ^ Jf, ^ ^ ^ ^ ^ ^ ffi ^ ^ J^ ^ ^ Jfffffief-ff.JfiJf.ffiJfi Jf. Jft Jf- ffi If tf- ff.JftJfitf-ffi^, tfiJfJf- rf, Jf. J^ Jf. If, Jfi Jfy Jf Jfi Jfi Jf^
COIL SELECTION PARAMETERS
COIL ENTERING AIR TEMP, (DB/WB)
COIL LEAVING AIR TEMP. (DB/WB)
COIL SENSIBLE LOAD
COIL TOTAL LOAD
COOLING SUPPLY AIR TEMPERATURE
TOTAL COOLING CFM (actual)
TOTAL CODLING CFM (std. air)
COOLING CFM/sqft
RESULTING ROOM REL. HUMIDITY
COIL BYPASS FACTOR
75.7/ 64.0 deg F
56.6/ 56.1 deg F
14,303 BTU/hr
16,408 BTU/hr
57.0 deq F
706 CFM
695 CFM
1.19 CFM/sqft
52 7.
0.050
)it^)^)|i3jt3|i^3^i^3'j'. 3^^)j(I(^JiC3i}^3)^S^^/i', 3^)f^
Z 0 f-i E. D £ £ IG i'-i i-i EE A T T N G
Zone IMame : Hr'--5
Location s CARLSBAD, CALIFORNIA
Job Name : LOT ^36A TI
Prepared I'y : h:.*M ENGINEERS
Carrier Hourly Analysis Program
.OA D S Li M r IA !••>: Y
Wifite^r db : Z^4.0 F
Iridoor db : 72,0 F
6050188110
Paqe 1 of 1
i|^]^^)fC))C}|'i}^)^3j^){'. }|C3j()}C3|C^ ^ 3|i3j?)(C3|{)j()j(5jl3jt)|C)^)jt)j(3^)|C^ JjC 3jC3j(3^)|(Jj(5(t3jC3jC)|^^)Jk)|v)|(3|(5^. ^3(t)|C)|C)^3|C5|C)j(^^ 3jC Jj'. 3jtijCj^)jt)jt)jC)jJ3^3jC^)|C)|'i
Note: Heating load is computed at winter design condition.
LOAD COMPONENT LOAD (BTU/hr)
WALL TRANSMISSION
ROOF TRANSMISSION
GLASS TRANSMISSION
TRANSMISSION LOSS TO UNCOND. SPACES
INFILTRATION LOSS
SLAB FLOOR
HEATING SAFETY BTU/hr
251
Ci
9,446
790
Ci
Ci
C'i
SUB-TOTAL
NET VENTILATION LOSS
10,487
4,784
TOTAL HEATING LOAD
HEATING SUPPLY CFM
HEATING SUPPLY AIR TEMPERATURE
HEATING VENTILATION AIR CFM
HEATING SEASON ROOM DRY BULB TEMP.
15,271
548 CFM
90.C1 deg F^'
118 CFM
72.0 deq F
************************************************************************
* E'E'SIGN TEi!''lF"'EEF-<ATLiF>E:! E-FuEiF-I l.„iE!S
Liffca-tion : CAF-<;LSBAD, CALIFOF^NIA C.'2~22—S---'
Prepared By : KM ENGINEERS 6030288110
Carrier Hourl-'^ Anal.ysis Program Page 1 of 1
****************************************************************************
( Format is db/wb F )
Hr January February March Apri 1 May June
CiCiO 64 .0/ 59, Ci 66 .0/ 60. Ci 69,0/ 62.0 70 ,0/ 63. (El 71.0/ 64. (Il 73.0/ 65. (El
1 CiO 63 . 0/ 59. Ci 65 .0/ 6Ci. 0 68,0/ 62.0 69 . 0/ 63. (El 70.0/ 64. Ci 72.0/ 65. Ci
200 62 . 0 / 59. 0 64 .0/ 60, (Ei 67.0/ 62.0 68 .0/ 63. 0 69.0/ 64. 0 71 .0/ 65. Ci
3>CiCi 61 ,0/ 59. 0 63 .0/ 60, Cj 66,0/ 62.0 67 .0/ 63. (El 68.0/ 64. Cj 70.0/ 65. (Ei
400 61 .0/ 58. C) 63 . 0/ 59. Cj 66. Cj/ 61 .0 67 . 0/ 62. Ci 68,0/ 63. 0 70.0/ 64. 0
SC'Ci 61 .0/ 59. Ci 63 . >Ei/ 60. Cj 66. Cj/ 62.0 67 ,0/ 63. Ci 68.0/ 64. 0 70.0/ 65. Ci
6 CiO 62 . 0/ 59. Ci 64 .0/ 60. Cj 67.0/ 62.0 68 .0/ 63. (Ei 69.0/ 64. Cj 71.0/ 65 • (El
7/CiCi 63 . 0/ 59. 0 65 .0/ 60. Cj 68.0/ 62.0 69 .0/ 63. Ci 70.0/ 64. Cj 72.0/ 65. (Ei
800 64-. Cj / 59 „ 0 66 . 0 / 60. Cj 69.0/ 62.0 70 , 0 / 63. (El 71 . 0 / 64. Cj 73.0/ 65. (E'i
90C1 65 . 0/ 59. Ci 67 . Cj/ 6i.'i. Cj 7 Cj . Cj / 62,0 71 .0/ 6-3. Ci 72.0/ 64. Cj 74.0/ 65. (El
1 OCiCi 66 .0/ 59. Ci 68 , Cj/ 6(Ei. Cj 71 .0/ 62.0 72 . 0/ 63. (El 73.0/ 64. Cj 75.0./-65. (Ei
1 100 67 , Ci./ 6Ci. Ci 69 . Cj/ 61 . Cj 72.0/ 63. Ci '73 , Ci./ 64, (El 74,0/ 65. Cj 76.0/ 66. (El
1200 68 . 0 / 6Ci. Ci 70 , Cj / 61 , Cj 73,0/ 63.0 74 ,0/ 64, (El 75,0/ 65, Cj 77.0/ 66. Ci
1300 70 .0/ 61 . Ci .' ..1 .0/ 62, Cj 75.0/ 64.0 76 . (Ei / 65, Ci 77 ,0/ 66. Cj 79 .0/ 67. (El
14 CiCi 72 . Ci / 61 . Ci 74 .0/ 62, 0 77.0/ 64.0 78 .0/ 65, C) 79. 0/ 66 „ Cj 81 .0/ 6 '7. (Ei
1500 '73 .0/ 61 . Ci 75 , 0/ 62. (El 78.0/ 64.0 79 . 0/ 65. Cj 80.0/ 66. Cj 82.0/ 67. Ci
1 hCiO 72 . 0/ 61 . Ci 74 , 0 / 62. (Ei 77.0/ 64.0 78 . 0/ 65, Cj 79.0/ 66. Cj 81 . 0 / 67. (;;i
1700 71 .0/ 61 . Ci 7'3 .0/ 62. (El 76.0/ 64,0 . (El / 65. Cj 78.0/ 66. Cj 80.0/ 67. 0
1 SOCi 71 « / 6Ci. Ci 73 . 0/ 61 . (Ei 76. 0/ 63.0 "7 ~7 . 0/ 64. Cj 7 8 . Ci / 65, Cj 30.0/ 66 „ 0
19CiCi 69 .0/ 6Ci , Ci 71 . Ci / 61 . (Ei 74.0/ 63. 'Ei 75 . 0 / 64. Cj 76,0/ t>5 • Cj 7S. Cj/ 66. Cj
2CiCiCi 68 , 0/ 60. Ci 70 . Ci / 61 . (Il 73.0/ 63.0 74 .0/ 64. Cj 75.0/ 65. Cj 77,0/ 66. Cj
2 1 CiCi 67 . 0/ 59. Ci 69 .0/ 60. (El '72. Cj/ 62.0 . 0/ 6-3. Cj 74, Cj/ 64. Cj '76.0/ 65. Cj
2200 65 . 0/ 59. Ci 67 . Cj/ 60. (Ei 70.0/ 62.0 71 . 0/ 6.J.. Cj 72.0/ 64. Cj 74.0/ 6^1. 0
2 3 CiCi 65 . 0 / 59. Ci 67 .0/ 60, (E) '70'. <Ei/ 62.0 71 .0/ Cj 72.0/ 64. 0 74,0/ 65. Cj
Hr Ju. .y August September October November Eiec ember
CiCiCi 74 .0/ 65. Ci 74 . Ci / 65. (El 72.0/ 64.0 70 . (El / 6Z^. 0 67.0/ 62. Cj 65.0/ 6(Ei. Cj
lOCi 73 . 0/ 65. Ci , 0/ 65. Ci 71 .0/ 64. (El 6'9 . (Ei./ 63. Cj 66. Cj/ 62, Cj 64.0/ 6(Ei. Cj
2 CiCi / 2 . Ci / £"'tf.> I. (El 7 \ii . (.Ei./ 6 5 Ci 70.0/ 64. (Ei 68 . Ci / 6E5. Cj 65.0/ 62. Cj 63.0/ 6(E!. Cj
Ei^CiO 71 .0/ 65. Ci 71 . Ci / i:--0-....1 . Ci 6'9. Cj/ 64 . Ci 6'7 .0/ Cj 64, Cj/ 62 . Cj 62,0/ 6(Ei. Cj
4 CiO 71 . 0/ 64. Cj 71 , (E'i / 64, Cj 69. Cj/ 63.0 67 . (Ei / 6 EE. Ci 64.0/ 61 . C'I 62.0/ 59. Cj
5 CiCi 71 . 0/ 65. Cj 71 , 0/ 65, Cj 69. Cj/ 64'. (Ei 6E/ . Ci / 6E!!:. Cj 64,0/ 62. Cj 62.0/ 60. Cj
6CiCi "/ 7'"' „ 0 / 65, Cj 72 „ Cj / 65. i;'";! 70. Cj/ 64-. 0 68 . Ci / Cj 65.0/ 62, Cj 63.0/ 60. Cj
ZCiO 73 . Cj/ t) ._J . Cj -•? ••:. . (j/ 65. Ci 71.0/ 64. Ci 69 . Ci / to 3 u Cj 66. Ci/ 62. Cj 64. Cj/ 6 (El. 0
8 CiO 74 . 0 / 65. ij 74 . (Ei / 65, Ci 72.0/ 64. (Ei 7Cj . (El / Cj 67 , Cj/ 62. 0 65.0/ 60. (j
9CiO . 0/ 65« Cj —T cr . Ci / 65. (Ei 73. Cj/ 64.0 71 . 0/ 63, Cj 68. (."1/ 62. Cj 66. Cj/ 60. Cj
1 OCiCi 76 . 0 / 65. Cj 76 . Ci / 65. Ci 74.0/ 64.0 72 .0/ 63. Cj 69.0/ 62. 0 67.0/. 6(Ei. Cj
11 CiO 77 .0/ 66. Cj 77 . 0/ 66. (Ei 75.0/ 65. C'i E73 . 0/ 64. (Ei 70 .Cj/ 63, C'I 68.0/ 61 . 0
1200 78 . 0/ 66. Cj 78 .0/ 66. Cj 76.0/ 65.0 "74 .0/ 64. (El 71 .0/ 63. Cj 69.0/ 61 . Cj
1 ESCiO 8Ci . 0/ 67. Cj 80 .0/ 67' „ Cj 78. Cj/ 66. (Ei 76 .0/ 65. Ci 7'3. Cj/ 64. Cj 71 .0/ 62. Cj
1400 82 ,0/ 67. Cj 82 .0/ 67. Cj SO, Cj/ 66. Ci 78 .0/ 65. (Ei 75.0/ 64, Cj 73,0/ 62 e Cj
1500 .0/ z_ —y b! . Cj 83 . 0 / 67, Cj 81 .0/ 66.0 79 .0/ 65. (Ei 76.0/ 6^4 -Cj 74.0/ 62, Cj
1 6 CiCi 82 . Cj..'' 67. Cj 82 . Cj/ 67. Cj QiE) „ <Ei./ 66, C'i 73 . 0/ 65, (Ei 75. 0/ 64. Cj 73.0/ 62. Cj
17CjCj 81 .0/ 6E/ . Cj 81 .0/ 67 . Cj '79. Cj/ 66.0 77 , 0/ 65. Ci 74 ,0/ 64. Cj 72.0/ 62. Cj
18 CiCi 81 . Cj/ 66. Cj 81 . Cj / 66. (j 79.0/ 65.0 77 . 0/ 64. Ci E74. (Ei./ 63. Cj "7 T-' C'i / 61 , Cj
19 C' Ci 79 . 0/ 66. Cj 79 .Cj/ 66. Cj 7'7. Cj/ 65.0 75 . (El / 64. (Ei 72,0/ 63. Cj 70.0/ 61 , Cj
2CiCiCi 78 .0/ 66. Cj 78 . 0/ 66. Cj 76. Cj/ 65. (Ei 74 . 0 / 64, (El 71 .0/ o ~S. 0 6'9. Cj/ 61 . 0
2100 77 .0/ 65. 0 77' . 0 / 65, Cj '75. <Ei/ 64.0 . 0 / A3. (Ei 70'. (Ei / 62. Cj 63.0/ 60. Cj
220Ci / D . 0 / 65. (Ei ..' _) , (Ei / 65. Cj 7 ~-'. Cj / 64. (Ei 71 , 0/ 63, (Ei 63 = (Ei/ 62, 0 66.0/ 60. Cj
230Ci 75 c Ci./ 65. C:i 75 . Cj/ 65. Cj 73.0/ 64.0 71 . (Ei / 63. (Ei 6'3. Cj/ 62, Cj 66. Cj/ 60. C'f
/ Performance Data
Model
Numlier
RPNC-
, > Cooling Capacity
Indoor Air 80° F.D.B.y67° F.W.B.
Outdoor Air 95° F.D.B.
Design Condillont
Healing Capacity (70°F Indoor Air)
DOE
Region
IV
HSPF
BTU/
Watt-Hr.
Model
Numlier
RPNC-
, > Cooling Capacity
Indoor Air 80° F.D.B.y67° F.W.B.
Outdoor Air 95° F.D.B.
Design Condillont
Outside Air
47«F.D.B./43^.W 8.
OOE High Temperature
Outside Air
17»F.0.B./16°F.W.8.
DOE Low Temperature
DOE
Region
IV
HSPF
BTU/
Watt-Hr.
Model
Numlier
RPNC-ARI Std.
Cap.
BTU/Hi
Net. Sent.
Cooling
Cap.
Net. Ut.
BTU/Hr.
Single Pliate ARI
Sound
Rating if BTU/Hr.
Power
Input
Watts
COP BTU/Hr.
Power
Input
WatU
COP
DOE
Region
IV
HSPF
BTU/
Watt-Hr.
Model
Numlier
RPNC-ARI Std.
Cap.
BTU/Hi
Net. Sent.
Cooling
Cap.
Net. Ut.
BTU/Hr. SEER Total
Wath
ARI
Sound
Rating if BTU/Hr.
Power
Input
Watts
COP BTU/Hr.
Power
Input
WatU
COP
DOE
Region
IV
HSPF
BTU/
Watt-Hr.
019J 17,600 13.800 3.800 10 60 1923 8.0 650 15,800 1504 308 8.400 1297 1.90 6,85
025J 23.000 17,900 5.100 9 70 2541 80 850 23 600 2163 3.20 12.500 1929 1 90 6 90
030J 30.200 21,600 8.600 9.85 3471 8,0 1000 30,600 3020 2.96 15,500 2392 1.90 660
036J 36.200 26,200 10,000 900 4510 82 1250 36.600 3677 2.92 19.800 2997 1.90 6 CO
042J 42.000 31,000 11,000 9 55 4906 80 1500 44,000 4178 3.10 24,000 3346 2,10 6 95
048J 47,500 35,000 12,500 9.50 5595 8.2 1750 49.000 4752 3.04 27.600 3774 2 16 7,U;
058J 56,000 41,000 15.000 9.00 6914 8.4 2015 56,000 5742 2.8G 32.000 4692 2 00 6f:0
Model
Numlier
RPNC-
Cooling Capacity
Indoor Air 80° F.D.B/eyF.W.B.
Outdoor Air 95° F.D.B.
Design Conditions
Healing Capacity (70°F Indoor Air)
Model
Numlier
RPNC-
Cooling Capacity
Indoor Air 80° F.D.B/eyF.W.B.
Outdoor Air 95° F.D.B.
Design Conditions
Outside All
47°F.D.B/43»F.W.B.
DOE High Temperature
Outside All
17°F.D.B./1S»F.W.B.
OOE Low Temperature Model
Numlier
RPNC-ARI Std.
Cap.
BTU/Hr.
Net. Sent.
Cooling
Cap.
Net. Lat.
BTU/Hr.
Three Phase ARI
Sound
Rating
Appro:.
CFM BTU/Hr.
Power
Input
Watts
COP BTU/Hi.
Power
Input
Watts
COP
Model
Numlier
RPNC-ARI Std.
Cap.
BTU/Hr.
Net. Sent.
Cooling
Cap.
Net. Lat.
BTU/Hr. EER Total
Walts
ARI
Sound
Rating
Appro:.
CFM BTU/Hr.
Power
Input
Watts
COP BTU/Hi.
Power
Input
Watts
COP
036C 36,200 26,200 10,000 8.00 4510 82 1250 36,600 3677 2.92 18.800 2997 1 80
036D 36,200 26,200 10.000 800 4510 8.2 1250 36,600 3677 2,92 18.800 2997 1 80
M2£L 42.000 31,000 11,000 B.55 4906 8.0 1500 44,000 4178 3 10 22,400 3346 1.96
-> ^2D) 42,000 31,000 11.000 8.55 4906 8.0 150Q 44,000 4178 3.10 22.400 3346 1 96
jBSIL 47,500 35,000 12,500 8.50 5695 8.2 1750 49.000 4752 3.04 25,800 3774 2.00
> (048D) 47,.500 35,000 12,500 8.50 5595 82 1750 49,000 4752 3.04 25,800 3774 2.00
57,500 43,000 14.500 7.85 7355 8.4 2100 61,000 6051 2.96 33,000 4945 1.96
^( 058D) 57,500 43.000 14.500 7.85 7355 84 2100 61.000 6051 29b 33,000 4945 1.96
HP-
HP-2")
Electrical and Physical Data
MODEL NO. RPNC G1SJ 02SJ 030J 036J 036C 036D 042J 042C ( 0420 j 04flJ 048C ( 046D / 058J 058C Q58D
ELECTRICAL: h^—^ 1
Electrical
Characteristics
1-60
208/230
1-60
208/230
1-60
208/230
1-60
208/230
3-60
208/230
3-60
460
1-60
208/230
3-GO
2D8/250
3-60
460
1-60
208/230
3-60
206/230
3-60
460
1-60
203/230
3-60
208/230
3-60
460
96" CompresDnr RLA 9,2/9.2 12.9/12.9 16,6/14,8 20.2/18.7 14.3/13 0 6.7 22.0/20.5 16,1/13.8 7,0 27.5/23.0 20,6/16.7 8.2 33.0/26.5 21.5/19.4
3-60
460
96"
Compressor LRA 50.0 65.0 81.0 98.0 78.0 41.0 110.0 82.0 41.0 116.0 92.0 46.0 180.0 126.0 62.0
Indoor Blower FLA i-iT^ 1.2 1.5 3.1 3.6 3.6 1.6 3.6 1.6 3.4 34 1.0 7.1 7.1 3.2
Outdoor Fan FLA 0.5 0,5 1.3 L 1-3 -.3 0,7 2.0 2,0 ID 2.0 2,0 1,0 2.0 2.0 1.0
PH'/SICAL:
R-22 Charge Ounces 63 8(! 101 96 96 96 126 126 126 144 144 144 150 150 150
Indoor Blower Speed Hiyh High Low High High High High Hish High High Hign High High High High
Maximum Allowable
Aux. Electric Heat W 08 10 10 15 15 15 15 15 15 20 20 20 20 20 20
Recommended SQ.FT. ol
filter Area (Filter
not supplied)
2-2 2,8 3.5 4.3 4.3 4,3 4.3 4,3 4.3 5.6 5,6 5.6 6.9 6.9 E.9
Filters: Number
and Size
1
16x20
1
20x20
1
20x25
1
25x25
1
25x25
2
25x25
1
25x25
1
25x25
1
25x25
2
20x20
2
20x20
2
20x20
2
20x25
2
20x25
2
20x25
Net Weight:
Without Heaters 312 312 373 373 373 373 450 450 450 470 470 470 485 485 485
Shipping Weight 385 385 450 450 450 450 500 500 500 520 520 520 535 535 535
'Designed for single point power supply. See Miminum Circuit Ampacity chart for ampacity ratings.
Performance
NOTE: Only these
Data ARI Standard Conditions
combinations oi indoor/out(door units are approved and any other coo-ibinations should not be used.
_ COOLING CAMCITT ' V HEATING CAPACITY (70°F indoor Air) j"
Model Numbers Design Conditions: ARI Hating Temperatuies
BO°F.O.B., 67°F.W.B. Indoor. Relum Air; 95°F.0.B. Outdoor.
Outside Air 47°F.D.B./43°F.W.B.
OOE High Temperature
Outside Air 17'F.0.B /15°FWB.
OOE Low Temperature
DOE
Region IV
HSPF
BTU/ Wail-Hr.
Model Numbers
Heal Pump
Outdoor Unit
RPGB-
Indoor Unit
with Coil
RHQA- li
Indoor
Coll
RCOB- .0
030CA 13_,'7] B036
B036'
042CA '''~i(> Z ~ m-'
"B':-??""
O-'BCA.'DA BO'48 "
B048 "
Of)OCA/PA ro B050
' Boen""
COOLING CAPACITY
Design Conditions: ARI Rating Temperatures
80°F.D.B., S7°F.W.B. Indoor, Return Air; S5°F.D.B, Outdoor
HEATING CAPACITY (70°F Indoor Air)
Outside Ail
47°F.D.B./43°F.W.B.
DOE High Tempoialure
Outside Ail
17"F.0.B./15°F.W.B.
DOE Low Temperatuie
1
Power
T '
Power
Input COP j BTU/Hr. Input COP
Watts Walls
C Refer ;o HHOA- siwcilication slicet lor intonr'.e.Uon on coil applicalion
Rheem Heat Pump System
For all season tiome comfort, performance and energy conservation, choose
a Rheem RPGB- Series Heat Pump and RHQ,A- Series Air Handler.
More than a reverse cycle air conditioner, it's a specially designed
combination Winter/Summer comfort system using a single indoor
coil for heating and cooling.
To choo;;-3 an RHQA- Air Han- ^wu.t.,^^!l^L ... Air Handler Incoo: dier oesigned for use with the
RPGB- Heal Pump, refer to the
table above and/or the air i _ \ •
handler specification sheet.
Unit
RPGB- Series
Heat Pump Outdoor Unit
Model identification
Outdoor Remote Heat Punnp
R P G B- 018 J A S
r.OOLiI-;G COMIJECTION Fi^ !:',tS
1)1 SKIN WRiAflONS
• t:LhCTii!C/.l DtolGNATiCfJ
C = :'(:•: 2jOV 3D
j = 2!)!' :• !!)V IL'
• COOLING CAPACITY (iiOMIMAL)
013=^ 18,000 BTU/HR
02-1 = "4,nOO BTU/HR
030 = 30,000 ETU/HR
036 = 36 000 BTJ,'HR
0.12-=J?,000 BlU/HR
0-)8--;« OOn B7U/KR
0')0 = ;iil COO BTU/HR
rifsicN 'vri'irs
nti^Olf UUlUuOR tlljl
• HEAT PUMP
MODI! .OESIGfJATIOf;
Installed Lighting Summary CF-5
rectiP>ILT LOT T-I.
PFwectTiSie ,
O.-Z.. / KM _
t>ocumanaSori Author/Firm
For Entorcenient Agency Use Only
Date Plan Checked By Date
Proposed Adjusted LPD
1 Total Installed Ughting Watts (from below) /oW
2 Control Credit Watts {WS-5A)
3 Afljusted Watts (Une 1 - Une 2) JO 19^
4 Condlioned Floor Area (from CF-1) S'/^O
6 Adjusted Lighting Power Density {Line 3/Line4) A 33
6 ^ Allowed Whole Building LPD (from CF-1. Pan 1)
or .
• Allowed Tailored LPD (from Line 6 ol WS-5C) ^ '
Watts
Watts
Watts
tt2
Wans/ft2
Watts/ft
Installed Lighting Schedule
A B
Ijjrninaire
Reference
Code
Flelerence iii
Construction
Documents Luminaire Description
Numljer of
Luminaires
Wans per
Luminaire
(incl. ballast)
Non-standard value? v'
Total
Watts
A 5 Vj/' RecessBO FLUORE^C/
3-F4omRS (L\/^) /pf\fi/^alT:\N 2Z /Ob
G'U 6-3 (LK')/PARf^60LUC
TOr^L W^TTS IN H P-l ZON6 V
1
A 3 •F40ri2.RSYLI^j')/m^AS/TiV/, ' 7 108
Tomt^ m-TTS H-r-- 972 w
.
^ E'I, G-2> 3 -F40Tf2AS/'u\/yPA/^/Tw' ? /OB
3
Tomc lA/^rrs /N HP-^ 7, ON 6^
A £'l, €-3 3-F^0T/2 RSai^)Jw^./TIV m 1052^
b S€cessei? jviouNTBO
mBRjcu/iy i/A/=>o/2- /7S>v 3 -zoo GOO
O e-\.e-z H 5f I3C:>
D 72
F SU/^F/^C£ /n0iJ/^7€O PL.
rLo>c>/<e-sc. (2.) -ibw TT 1 34-
roTPtu mj7e> If)/ HP-i- zone . 3H10)N ^ ,
.-/(
mi
r
EEM Form Revised September 1988 Page
Installed Lighting Summary (continued)
7r / I TBCH^^tLT LOT
Project Tide \
Documentation Author/Firm Date
Installed Lighting Schedule
CF-5
For Entorcement Agency Use Oni/
Plan Checked By ' Date
Luminaire Reference Code
Reference in Construction Documents Luminaire Description
Number of Luminaires
Watts per Luminaire (incl. ballast)
Non-standard \ alue? •
Tota!
Watts
'p-e 34 20^
3-F407/-2./^& l(J^)//'A/^efO/r,V fO mo
ON6
34 no
D 3-F^ 07/Z FiS r^Jy^/ 7 72.
Fa>i?/<.esc, -i3)^7~r I 3^ 34-
ip'l (
rOTF\L^ (yi/ATTS /Ay //A^' '20A/E ^ /f3 2-
?L>Lt L. j^^C€^^€Q- £U//^.
3 - F~~¥^/2^ £>/CLWJ/ p/\r</\ti>): 108
Building Total
EEM Fomi Revised September 1988 Page 2. o! 7.
lis
If, 1 I'
o
XJ
oi?
O m -
eg
D
L. -in I 3 " O O m :: ^ o fn
o > fa 3! 5
O ^ CO m £
•'V
HI •
m -
O