FA5270-16-R-0006 _PWS_Appendices.pdf
PDF 4 MB Posted
- Solicitation number
- FA5270-16-R-0006
About this file
PWS Appendices
View the file
Other files
Show all 18
On GovTribe
Work with this file
- Download the original file
- Contacts named in this file
- Similar government files
- Ask GovTribe AI about this file
Text version
RFP No.: FA5270-16-R-0006
APPENDIX 1
DEFINITIONS
1. GENERAL DEFINITIONS:
1.1 Defective Service. A service output that does not meet the standard of performance specified in the contract for that service.
1.2. Facility Manager. Serves as liaison with outside support agencies such as BCE, base communications, base contracting, base fire department, base safety, base security police and regional health facilities offices .
1.3. Performance Threshold. The point that divides acceptable and unacceptable performance of a task according to the service delivery summary listed in section 2 of the SOW.
1.4. Service Delivery Summary (SDS). A listing of the service outputs under the contract that are to be evaluated by the COR on a regular basis.
1.5. Quality Assurance. A planned and systematic pattern of all actions necessary to provide confidence that adequate technical requirements are established, products and services conform to established technical requirements, and satisfactory performance is achieved. For purposes of this manual, quality assurance refers to actions by the government.
1.6. Quality Assurance Personnel (COR). A functionally qualified government employee who performs quality assurance functions for a contracted service.
1.7. Quality Control. Those actions taken by a contractor to control the production of outputs to ensure that they conform to the contract requirements.
2. TECHNICAL DEFINITIONS:
2.1. Base Civil Engineer (BCE). The base organization responsible for the operation and maintenance of facilities. Responsible for real property and approval of major and minor construction projects.
2.2. Breakdown. The occurrence when an equipment item or system becomes inoperable.
2.3. Building Exterior. That portion of the building structure, which is on the outside and exposed to weather. Includes courtyards.
2.4. Completion Time. Time allowed for satisfactory completion of a job.
2.5. Contracting Officer (CO). The Contracting Officer is the only person authorized to approve changes to any term, condition, or requirements of this contract, notwithstanding any provision contained elsewhere in this contract. In the event the contractor effects a change at the direction of a person other than the Contracting Officer, the change will be considered to have been made without CO authority.
2.6. Critical Equipment. That equipment related directly to and essential to the safety of the occupants of the MTF.
2.7. Defense Medical Logistics Standard Support (DMLSS), Facilities Management Module (FMM). An automated information system that supports medical facilities management functions including real property inventory, PM schedules, documentation of PM, repairs, and work requests.
2.8. Direct Scheduled Work. Work that generally does not require detailed planning--previously referred to as job orders. Also known as service calls.
2.9. Equipment Authorization Inventory Data (EAID). Categories of equipment, which require formal supply property account ability and reflected on organization CA/CRL.
2.10. Emergency. Any work required to correct a condition which poses an immediate danger to life, health or safety of an emergency condition that is detrimental to the mission, poses an imminent safety hazard or reduced operational effectiveness and completed within 24 hours of notification or until the condition is made safe. It includes, but is not limited to, the failure of any utility, fire protection, environmental controls, security alarm system, and stopped up sewer.
2.11. Emergency Response. A response to assure safety and/or patient welfare, or stability of the buildings, or as a result of any disasters.
2.12. End Item. The individual component part listed in the system manufacturers' parts listing.
End item, component part and/or individual item are all used interchangeably.
2.13. Facilities Defects. Defects in the facility found by the contractor or the hospital staff that require repair. Facilities defects include but are not limited to, leaking faucets, cracked or loose floor covering, improperlyoperating toilets and broken curtain tracks.
2.14. General Refuse. Waste generated from daily operations within the MTF that is not hazardous, pathological or contaminated. General refuse may be disposed of, without special treatment, in a sanitary landfill.
2.15. Hazardous Material (HAZMAT). All hazardous substances, as listed in 40 CFR 302 Table 302.4, such as petroleum, natural gas, synthetic gas, acutely toxic chemicals, and other toxic chemicals including hazardous waste.
2.16. Hazardous Waste (HW). Any used hazardous substances that exhibit the characteristics of ignitability, corrosivity, reactivity, toxicity, or is listed in 40 CFR Part 261, subpart D.
2.17. Interim Life Safety Measures (ILSM). These measures are applicable when the life safety provided to patients is diminished because of significant Life Safety Code deficiencies or hazards of construction operations. Each organization must have a policy for Interim Life Safety Measures that includes written criteria to evaluate deficiencies and construction hazards for determining when and to what extent one or more measures are applicable. The criteria used to determine which measures would be most appropriate for a particular project, phase of construction, or deficiency may include (but is not limited to): construction activities or deficiencies that alter or compromise the integrity of the building’s “defend-in-place” compartmentation features (i.e. fire barriers, smoke barriers, floor slabs, corridor walls, etc.);
impair the building’s fire alarm, fire detection, or fire suppression systems; involve temporary sources of ignition (i.e. cutting/welding/plumbers’ torch operations); or involve the presence of large quantities of combustibles or debris.
2.18. Joint Commission on Accreditation of Healthcare Organizations (JCAHO). A national organization, which establishes and evaluates written criteria and standards directed towards providing quality patient care.
2.19. Life Support. Those categories of equipment or systems where failure could have a direct impact on the life of a patient. These items and systems may be categorized as life support items by their nature wherever located within the MTF, or their particular use or location within the MTF may dictate the life support requirement.
2.20. Maintenance. The work required to preserve and maintain a facility in such condition that it may be effectively used for its designated functional purpose. Maintenance includes work done to prevent damage that would be more costly to restore than to prevent. Maintenance includes work to sustain components, or to investigate and identify the source of problems before they become serious. Examples include but are not limited to, renewing disposable filters, painting, caulking, waterproofing, lubricating, flushing, calibrating, adjusting, refastening loose siding and sealing bituminous pavements.
2.21. Materials. Materials, parts and supplies necessary for the maintenance and repair of the facilities and equipment.
2.22. Medical Officer of the Day (MOD.). A military medical officer designated to represent the MTF Commander for medical functions during non-duty hours. May be a civilian physician.
2.23. National Fire Protection Association (NFPA). An organization that publishes codes and standards on fire protection and safety that is accepted by local, state and federal governments and are considered directive in nature for this Statement of Work.
2.24. Non-Critical. That equipment not related directly to and not essential to the safety of the occupants of the MTF.
2.25. Non-Equipment Authorization Inventory Data (NON-EAID). Category of equipment, which normally does not require formal supply property accountability and is not, reflected on organization CA/CRL.
2.26. Preventive (Scheduled) maintenance. Scheduled inspections and maintenance accomplished to prevent breakdown or deterioration. Also referred to as PM.
2.27. Real Property Installed Equipment (RPIE). Equipment, which is permanently attached to, installed into, and built-in or on government or leased real property.
2.28. Response Time. Maximum time allowed for the contractor to get to the job site after receiving a service call. Actual response time determined by the level of service call, i.e., emergency, urgent, or routine.
2.29. Routine. Work that does not qualify as an emergency or urgent work but must be accomplished within 10 calendar days. Examples are, but not limited to a loose doorknob, volume controller on speaker, clock malfunctioning, or broken pressure gauge.
2.30. Scheduled Maintenance. Scheduled inspections and maintenance accomplished to prevent breakdown or deterioration. Also referred to as PM.
2.31. Service Calls. Work that generally does not require detailed planning; previously referred to as job orders. Also known as direct scheduled work.
2.32. Unscheduled Maintenance. May be performed as a result of the discovery of facility defects or the initiation of service calls and are classified as routine, emergency, or urgent. Routine or emergency type repairs and maintenance work required to keep MTF and equipment in such a condition it may be utilized at its originaldesign capacity and efficiency.
2.33. Urgent. A work request requiring an adequate response and completion time in order to prevent the work request from becoming an "emergency." Examples may include, but not limited to, leaking sink, supply fan making noises, or a cracked window. Required completion time is 5 calendar days.
3. ACRONYMS.
AAAHC The Accreditation Association for Ambulatory Health Care ADPE Automatic Data Processing Equipment AFCAT Air Force Catalog AFCSM Air Force Computer Systems Manual AFIND Air Force Index AFP Air Force Pamphlet AFPAM Air Force Pamphlet AFPD Air Force Policy Directive AFJMAN Air Force Joint Manual AMSDL Acquisition Management System Data List AOD Administrative Officer of the Day AFI Air Force Instruction AFJI Air Force Joint Instruction AFMAN Air Force Manual AFOSH Air Force Occupational Safety and Health ANSI American National Standards Institute BCE Base Civil Engineer BITS Base Information Transfer System CA/CRL Custodian Authorization/Custody Receipt Listing CDC Centers for Disease Control CDRL Contract Data Requirements List CEMAS Civil Engineer Materiel Acquisition System CFR Code of Federal Regulations CLIN Contract Line Item Number
CM Contract Manager CO Contracting Officer DFSC Defense Fuel Supply Center DID Data Item Description DMLSS Defense Medical Logistics Standard Support DOD Department of Defense DODD Department of Defense Directive DODI Department of Defense Instruction EAID Equipment Authorization Inventory Data EMCS Energy Management Control System EN Emergency Notification Network EPA Environmental Protection Agency FB Facility Board GSA General Services Administration HVAC Heating, Ventilation and Air Conditioning IAW In Accordance With ICO Infection Control Officer JCAHO Joint Commission on Accreditation of Healthcare Organizations MAJCOM Major Command MERC Medical Equipment Repair Center MIS Management Information System MOD Medical Officer of the Day MSDS Material Safety Data Sheet MTF Medical Treatment Facility NFPA National Fire Protection Association NIOSH National Institute for Occupational Safety and Health O&M Operations and Maintenance OPR Office of Primary Responsibility OSHA Occupational, Safetyand Health Administration PE Professional Engineer PM Prevent ive Maintenance, also called Scheduled Maintenance COR Contracting Officer's Representative QASP Quality Assurance Surveillance Plan QC Quality Control QCI Quality Control Inspector QCP Quality Control Program ROS Reports of Survey RPIE Real Property Installed Equipment RWP Recurring Work Program SBSS Standard Base Supply System SSUPS Solid State Uninterruptable Power Supply UL Underwriters Laboratory
APPENDIX 2
FACILITIES AND WORKLOAD INFORMATION
2a 2b 2c 2d
Facilities Workload Information Unscheduled Maintenance – Historical data FY 2007 – FY 20012 Emergency Maintenance / Typhoon Data FY 2007- FY 20012
APPENDIX 2a
FACILITIES
Facility Number Street Address Description
Room Number
Square Feet
Allocated 90 Kadena AB, Okinawa 1-Story, Reinforced
Concrete Structure N/A 63,401*
428 Kadena AB, Okinawa 1-Story, Reinforced Concrete Structure
N/A 56,185*
626 Kadena AB, Okinawa 4-Story, Reinforced Concrete Structure
N/A 288,874*
731 Kadena AB, Okinawa 2-Story, Reinforced Concrete Structure
N/A 50,320
850 Kadena AB, Okinawa 1-Story, Reinforced Concrete Structure
N/A 15,637*
853 Kadena AB, Okinawa 1-Story, Reinforced Concrete Structure
N/A 31,962*
859 Kadena AB, Okinawa 1-Story, Reinforced Concrete Structure
N/A 16,293*
910 Kadena AB, Okinawa 1-Story, Reinforced Concrete Structure
N/A 14,890*
912 Kadena AB, Okinawa 1-Story, Reinforced Concrete Structure
N/A 298*
920 Kadena AB, Okinawa 1-Story, Reinforced Concrete Structure
N/A 51,105*
*The square footage of each facility includes internal and external areas the contractor will perform operation, repair, maintenance, engineering and enhancement under this PWS.
RF
P
N o.
: F A
-1 6-
R -0
A
PP
E N
D
IX
b
W O
R K
L O
A D
IN
FO
R M
A T
IO
N
Th ea tta ch ed b re ak do w ns pr ov id e es tim at ed h ou rs re qu ire d to pe rfo rm th e re qu ire m en ts of th is co nt ra ct
Es tim at es ar e ba se d on pr ev en tiv e m ai nt en an ce d un sc he du le d m ai nt en an ce st an da rd se sta bl ish ed by th e
A
FM
LO
,G
SA
, B
O M
A ,i nd iv id ua lm an uf ac tu re s, as w el la s hi st or ica la nd pe rs on al ex pe rie nc e.
Ea ch lin e ite m in di ca te st he fa ci lit ys ys te m
,s ub sy ste m ,n om en cl at ur e, fre qu en cy pe r ye ar
,n um be ro fi te m s se rv ic ed by fa ci lit y, to ta li te m s fo r al lf ac ili tie s, es tim at ed h ou rs p er ta sk a nd to ta le st im at ed h ou rs d ur in g no rm al an d ot he rt ha n no rm al du ty ho ur s.
N o.
: F A
-1 6-
R -0
Fa ci lit y
Sy st em
Fa ci lit y
Su bs ys te m N om en cl at ur e
Procedure Frequency
TIMES PER YEAR
NUMBER OF ITEMS 626
NUMBER OF ITEMS 90
NUMBER OF ITEMS 428
NUMBER OF ITEMS 731
NUMBER OF ITEMS 850
NUMBER OF ITEMS 853
NUMBER OF ITEMS 859
NUMBER OF ITEMS 910
NUMBER OF ITEMS 912
NUMBER OF ITEMS 920
TOTAL NUMBER OF ITEMS PER YEAR
ESTIMATE NORMAL DUTY HOURS FOR
PM
ESTIMATE OTHER THAN NORMAL
DUTYHOURSFORPM
TOTAL PM HOURS (NORMAL DUTY
TIME) PER YEAR
TOTAL PM HOURS (ONTHER THAN
NORMAL DUTY TIME) PER YEAR
A L
A R
M , S
E C
U R
IT
Y
A N
D
B U
IL
D
IN
G
M A
N A
G E
M E
T
SY
ST
E
M
SE
C
U R
IT
Y
E
M B
A
SI
S Se rv er a nd di sp la y A
2.
2.
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
U R
E
M B
A
SI
S C on tr ol
Pa ne ls A
2.
.0
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
U R
E
M B as is
R ea de rs
A
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
U R
E
M B as is
S ta nd al on e lo ck sy st em A
1.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
U R
E
M B
A
SI
S Se rv er
SA
1.
1.
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
U R
E
M B
A
SI
S C on ls w ith P ow er l
1.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
U R
E
M B
A
SI
S C on ls w ith M od em d Po w er
P el
1.
4.
0.
N o.
: F A
-1 6-
R -0
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
SE
C
U R
E
M B as is
R ea de rs
SA
1.
.0
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
SE
C
U R
E
M B as is
S ta nd al on e lo ck sy st em
SA
0.
4.
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
SE
C
U R
E
M Se cu ri ty M on ito r Se rv er a nd
D is pl ay w ith U
PS
p ow er
SA
4.
.0
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
SE
C
U R
E
M Se cu ri ty C am er a ca bl e an d
L tw or k
SA
6.
.0
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
SE
C
U R
E
M Se cu ri ty C am er a ca bl e an d
L tw or k
Q
4.
.0
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
SE
C
U R
E
M Se cu ri ty C am er a M
0.
3.
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
SE
C
U R
E
M Se cu ri ty C am er a Q
1.
4.
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
SE
C
U R
E
M Se cu ri ty C am er a
SA
1.
2.
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
E N
E R
G
N
A G
E M
E N
T C
O N
T R
O L
E
M
C A
R B
O N
D
IO
X
ID
SO
R
/A L
A R
M
SA
1.
2.
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
E N
E R
N
A G
E M
E N
T C
O N
T R
E
M
C E
N T
R
N T
R /A
L A
R
E
M W
/P R
IN
T
SA
4.
.0
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
E N
E R
N
A G
E M
E N
T C
O N
T R
E
M
O X
Y G
SO
R /A
L A
R M
SA
0.
2.
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
FI
R
E A
L A
E
M
SM
O K
T E
C T
O R
A
0.
0.
1.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
FI
R
E A
L A
E
M C
E N
T R
N
T R
O L
P A
N E
L M
1.
8.
0.
N o.
: F A
-1 6-
R -0
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
FI
R
E A
L A
E
M R
E M
O
N U
N C
IA
T
O R
M
1.
.0
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
FI
R
E A
L A
E
M A
L A
A
N
SP
O N
D E
R Q
0.
.0 0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
FI
R
E A
L A
E
M A
L A
R M
B E
L L
SA
0.
0.
.2
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
FI
R
E A
L A
E
M A
N T
E N
N A
, F
IR
A R
M
SA
1.
.0 0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
FI
R
E A
L A
E
M C
E N
T R
N
T R
O L
P A
N E
L
SA
2.
0.
.0
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
FI
R
E A
L A
E
M D
U C
T S
M O
T
E C
T O
R
SA
0.
0.
.0
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
FI
R
E A
L A
E
M
FL
A
SH
IN
V
IS
U
A L
A L
A
D C
O N
T R
P A
N
SA
0.
.4 0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
FI
R
E A
L A
E
M H
E A
T D
E T
E C
T O
R
SA
14 0
1, 0.
0.
3.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
FI
R
E A
L A
E
M
PU
L L
S T
A T
IO
N
SA
0.
0.
.5
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
FI
R
E A
L A
E
M R
E M
O
N U
N C
IA
T
O R
SA
2.
0.
.0
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
SE
C
U R
E
M M
O N
IT
O
R W
H
M
E R
A +M
IC
R
O
PH
O N
E
M
1.
8.
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
SE
C
U R
E
M D
U R
E
SS
A L
A R
M Q
2.
.0 0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
SE
C
U R
E
M L
O C
A L
C O
N T
R
B
IN
E T
Q
0.
.0
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
E
M
SE
C
U R
E
M M
A G
N E
IC
SW
C
H Q
0.
4.
0.
N o.
: F A
-1 6-
R -0
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
U R
E
M M
O T
IO
T
E C
T O
R Q
0.
4.
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
U R
E
M
SW
IT
C
H K
Q
0.
1.
0.
A L
A R
M , S
E C
U R
IT
Y
A
IL
D
IN
G
M A
N A
G E
M E
U R
E
M T
E R
M
IN
B
IN
E
T Q
0.
0.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
C L
O C
K A
PR
G
R
O C
K A
G
R
2.
4.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
C L
O C
K A
G
R
E M
SU
R
G
IC
O
C
G R
A M
2.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
E L
E C
T R
O
SS
A
PL
E C
T R
O
SS
A
PL
2.
4.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
L A
N D
M O
B
IL
D
IO
SY
ST
T E
N N
A , L
D
IO
S
A
1.
1.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
L A
N D
M O
B
D
IO
SY
ST
T E
N N
A
PA
G
E R
S A
1.
1.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
N U
R
SE
C A
E
M M
A
ST
T
IO
N
,IN
IG
H T
P
U
1.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
SS
PL
IF
IE
E
0.
0.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
P L
A Y
0.
0.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
A N
N
N
IT
O
0.
0.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
N T
O R
L P
A N
0.
1.
0.
N o.
: F A
-1 6-
R -0
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
N T
R O
L P
A N
M
O T
0.
0.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
, P O
W
SU
PP
0.
0.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
E R
G E
N
PO
W
E R
S U
PP
0.
0.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
JU
C T
IO
N
P A
N
0.
0.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
PA
S
Y
ST
E M
E
M E
R G
E N
C
0.
0.
2.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
Y
ST
E M
, N
E R
G E
N C
0.
0.
2.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
Y
ST
E M
, X
R A
0.
1.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
PL
IF
IE
0.
1.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
T
R
IB
U T
0.
0.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
-A M
PL
IF
IE
0.
0.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
M O
T E
IN
PU
0.
0.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
SP
A K
0.
4.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
A K
L
U
N T
R
0.
0.
.1
N o.
: F A
-1 6-
R -0
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
A K
E R
E
X T
E R
IO
0.
.3
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
C H
P A
N
0.
0.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
PU
B
D
R
PE
D
E
0.
0.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
T E
L E
PH
O
E
M T
E L
E
PH
O N
E
ST
A
T
IO
N P
U B
0.
4.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
T E
L E
V
IS
E
M O
U T
L E
T , C
A B
A
0.
6.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
T E
L E
V
IS
E
M T
V H
E A
D E
U
IP
M
E N
T A
0.
6.
0.
C O
M M
U N
IC
A
T
IO
N S
SY
ST
E M
T E
L E
V
IS
E
M T
V M
O U
N T
A
C K
E T
A
0.
.5
C O
N V
E Y
IN
G
S Y
ST
E N
G
E V
A T
E
V A
T O
R W
M
O T
O R
A
N T
R O
L P
A N
8.
0.
C O
N V
E Y
IN
G
S Y
ST
E N
G
E V
A T
E
V A
T O
R W
M
O T
O R
A
N T
R O
L P
A N
2.
0.
C O
N V
E Y
IN
G
S Y
ST
E N
G
E V
A T
PH
N
E /A
L A
E
L M
4.
4.
0.
C O
N V
E Y
IN
G
S Y
ST
E N
G
E V
A T
E
V A
T O
R W
M
O T
O R
A
N T
R O
L P
A N
8.
E L
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
PR
IM
A
E
R
PO
W
A N
SF
O
R M
(D
Y
T Y
PE
A
2.
0.
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
PR
IM
A
E
R
PR
IM
A
R Y
B U
S A
N D
C
IR
C
E A
K
2.
0.
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
PR
IM
A
E
R
PR
IM
A
R Y
P A
N
D C
IR
C
E
A K
2.
0.
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
PR
IM
A
E
R
PR
IM
A
R Y
S U
PP
D D
IS
C
O N
N E
2.
0.
N o.
: F A
-1 6-
R -0
E L
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
PR
IM
A
E
R C
U R
R E
N T
M E
T
W 26 0
0.
2.
0.
E L
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N R
E C
E
PT
A C
T
L E
T , 1
3, 33 0 75 0
16 2
60 0 5, 0.
3.
0.
E L
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N R
E C
E
PT
A C
T
L E
T , 2
0.
4.
0.
E L
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N R
E C
E
PT
A C
O
U N
D F
A U
C
E
R R
U
PT
(G
FC
I)
0.
.6
E L
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
SE
C O
N D
A
E R
D
IS
T R
IB
U
T
E L
A
2.
0.
6.
E L
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
SE
C O
N D
A
E R
SE
C
O N
D A
R Y
B U
S A
N D
C
IR
C
E A
K
2.
0.
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
SE
C O
N D
A
E R
SW
IT
C H
G E
2.
0.
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
SE
C O
N D
A
E R
T R
A N
SF
O
R M
Y
T Y
PE
A
2.
0.
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
SP
E C
IA
E
M E
L E
C T
R
IC
IC
A T
1.
3.
0.
E L
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
SP
E C
E
M G
R O
U N
D
E M
A
2.
E L
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
SP
E C
E
M
IS
O L
A T
A
N
SF
O R
M
2.
0.
4.
E L
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
SP
E C
E
M L
IN
E
IS
O
L A
T
N
IT
O R
A
2.
0.
4.
E L
E C
T R
IC
A
L P
O W
E
T R
IB
U
T
IO
N
SP
E C
E
M E
L E
C T
R
IC
IC
A T
0.
1.
0.
E L
E C
T R
IC
A
L S
Y
ST
E
C T
A
T
IN
G D
R Y
E R
, H A
0.
E L
E C
T R
IC
A
L S
Y
ST
X T
E R
H
T
(E
U
IP
M E
N T
A C
C C
E N
T /F
L O
H
T
IN
G L
A M
P A
0.
N o.
: F A
-1 6-
R -0
E L
E C
T R
IC
A
L S
Y
ST
T
E R
H
T
U
IP
M E
N T
A R
E A
L
IG
H T
M
P A
0.
E L
E C
T R
IC
A
L S
Y
ST
T
E R
H
T
U
IP
M E
N T
E N
T R
Y L
IG
H
T
M P
A
0.
E L
E C
T R
IC
A
L S
Y
ST
T
E R
H
T
U
IP
M E
N T
A C
C E
N T
/F L
O
H T
N
T R
O L
L
1.
E L
E C
T R
IC
A
L S
Y
ST
T
E R
H
T
U
IP
M E
N T
A R
E A
L
IG
H T
N
T R
O L
E
1.
E L
E C
T R
IC
A
L S
Y
ST
T
E R
H
T
U
IP
M E
N T
E N
T R
Y L
IG
H
T
N T
R O
L L
E
1.
E L
E C
T R
IC
A
L S
Y
ST
T
E R
H
T
U
IP
M E
N T
PA
R
K
H T
N
T R
O L
L
1.
E L
E C
T R
IC
A
L S
Y
ST
T
E R
H
T
U
IP
M E
N T
ST
R
E
H T
N
T R
O L
L
1.
E L
E C
T R
IC
A
L S
Y
ST
O
U N
D
E M
L
IG
H T
R
E
ST
S Y
ST
1.
4.
0.
E L
E C
T R
IC
A
L S
Y
ST
E
R
H T
U
IP
M
E
FL
U R
E
SC
E
M P
T Y
PE
A
0.
2.
0.
E L
E C
T R
IC
A
L S
Y
ST
E
R
H T
U
IP
M
E
U R
E
SC
E N
T
B A
L L
A
ST
T
PE
2, 14 2
42 0 11 9
11 7
49 1 4, 0.
2.
0.
E L
E C
T R
IC
A
L S
Y
ST
E
R
H T
U
IP
M
E
U R
E
SC
E N
T
C O
N T
R O
L L
0.
9.
0.
E L
E C
T R
IC
A
L S
Y
ST
E
R
H T
U
IP
M
E
A N
D E
SC
E
N T
C
O N
T R
O L
L
0.
9.
0.
E L
E C
T R
IC
A
L S
Y
ST
E
R
H T
U
IP
M
E
A N
D E
SC
E
N T
L
A M
P T
Y
PE
A
0.
9.
0.
E L
E C
T R
IC
A
L S
Y
ST
E
R
H T
U
IP
M
E
W V
O L
T A
N
T R
O L
U
0.
1.
0.
N o.
: F A
-1 6-
R -0
E L
E C
T R
IC
A
L S
Y
ST
E
R
H T
U
IP
M
E
G
IC
A L
L
IG
H T
C
E
IL
U
N T
1.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
H T
T
T E
N
K /C
O N
T R
E
L
V
2.
0.
2.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
H T
T
R
IB
U T
E
L A
2.
0.
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
H T
T
T E
N
K /C
O N
T R
E
L
V
W 26 0
0.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
H T
T
T E
N
K /C
O N
T R
E
L
V
1.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
H T
IT
/E G
R
H T
W O
R
/O
E C
T
0.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
H T
M
P
EM
E R
G E
A
D E
SC
E
/B A
T T
E
0.
.8
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
H T
M
P E
M E
R G
E N
U
R
SC
E
1, 0.
8.
0.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
H T
M
P E
M E
R G
E N
A
D E
SC
E
0.
1.
0.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
A U
T O
M A
A
N
SF
C
H (A
S)
2.
0.
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
D
IS
T R
IB
U
T
E L
A
2.
0.
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
G E
N E
R A
T
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
M A
N U
A
N
SF
C
H (M
S)
2.
0.
6.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
O U
T L
E T
E
M E
R G
E N
C Y
0.
.9
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
O U
T L
E T
E
M E
R G
E N
C Y
0.
0.
0.
N o.
: F A
-1 6-
R -0
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
T R
A N
SF
O
R M
Y
T Y
PE
A
2.
0.
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
E M
E R
G E
N
E R
S Y
ST
L
IN
C L
U
SI
W 26 0
0.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
E M
E R
G E
N
E R
S Y
ST
L
IN
C L
U
SI
8.
0.
0.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
E M
E R
G E
N
E R
S Y
ST
L
IN
C L
U
SI
0.
0.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
A
IR
C O
M
PR
E
SS
O R
/S T
O R
T A
N K
ST
A R
T
3.
6.
0.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
E X
H A
U
ST
C H
E
L V
1.
2.
0.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
E X
H A
U
ST
G A
S
SI
L E
N C
E
1.
2.
0.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
G E
N E
R A
T
0.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
G E
N E
R A
T
N T
R O
L /S
T A
2.
0.
8.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
H O
T W
A T
E R
E
X
PA
N
SI
O N
T A
2.
4.
0.
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
O U
T L
E T
E
M E
R G
E N
FC
I
16 0
0.
.4
E M
E R
G E
N C
Y P
O W
E
H T
IN
G
E M
E R
G E
N
E R
R A
D
IA
T
4.
8.
0.
E X
T E
R
IO
R C
L O
SU
T E
R
SO
N
N
A
SS
D O
0.
2.
0.
E X
T E
R
IO
R C
L O
SU
T E
R
SO
N
N
SO
ID
/2
O
R
0.
0.
0.
E X
T E
R
IO
R C
L O
SU
T E
R
SO
N
N
ID
D
O
0.
6.
0.
N o.
: F A
-1 6-
R -0
T E
R
IO
R C
L O
SU
T E
R
SO
N
N
ID
D
O
/G
L A
0.
4.
0.
E X
T E
R
IO
R C
L O
SU
T E
R
SO
N
N
ID
D
O
L A
SS
P A
R
D W
A
0.
4.
0.
E X
T E
R
IO
R C
L O
SU
T E
R
SO
N
N
ID
D
O
/P
A N
IC
H
A R
D W
A
0.
7.
0.
E X
T E
R
IO
R C
L O
SU
T E
R
SO
N
N
ID
D
O U
B
O
0.
6.
0.
E X
T E
R
IO
R C
L O
SU
T E
R
SO
N
N
ID
D
O U
B
/W
IN
D
0.
4.
0.
E X
T E
R
IO
R C
L O
SU
T E
R
C
IA
L
O R
S
A U
T O
M A
O
R Q
8.
0.
E X
T E
R
IO
R C
L O
SU
T E
R
C
IA
L
O R
S
B A
SI
S
SO
O R
W /P
A
R D
W A
4.
8.
0.
E X
T E
R
IO
R C
L O
SU
T E
R
C
IA
L
O R
S
O V
E R
H E
A
L L
-U P
D O
O R
Q
4.
2.
0.
E X
T E
R
IO
R C
L O
SU
T E
R
L L
B R
IC
K
P E
R
E A
R F
T Q
0.
E X
T E
R
IO
R C
L O
SU
T E
R
L L
C O
R R
A L
F
IN
L
IN
E
FT
0.
E X
T E
R
IO
R C
L O
SU
T E
R
L L
E X
T E
R
U V
E R
A
SC
E E
N P
E R
SQ
F
0.
2.
0.
E X
T E
R
IO
R C
L O
SU
T E
R
L L
M A
R B
L E
A
E A
S Q
2.
E X
T E
R
IO
R C
L O
SU
T E
R
L L
PA
IN
T
IN
G A
E
A S
Q
2.
N o.
: F A
-1 6-
R -0
E X
T E
R
IO
R C
L O
SU
T E
R
L L
PR
E
C
N C
R E
T A
E
A S
Q
2.
E X
T E
R
IO
R C
L O
SU
T E
R
L L
ST
U
C C
O A
E
A Q
2.
E X
T E
R
IO
R C
L O
SU
T E
R
D O
W S
PE
R
R A
B
D O
W P
E R
1.
0.
0.
E X
T E
R
IO
R C
L O
SU
T E
R
D O
W S
PE
R
E L
W
IN
D
S Q
F
0.
0.
.7
T E
R
IO
R C
L O
SU
T E
R
D O
W S
PE
R
L
D O
W S
SQ
F
0.
0.
.2
FI
E P
R O
T E
C T
IO
N
S Y
ST
T
IN
G U
IS
H
I N
G D
E V
IC
E
S
FI
T
IN
G U
IS
H
E R
PO
R T
A B
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
IN
G U
IS
H
I N
G D
E V
IC
E
S
M A
N
IF
O L
D . C
O
W /C
O N
T R
W 26 0
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
IN
G U
IS
H
I N
G D
E V
IC
E
S
FI
T
IN
G U
IS
H
E R
PO
R T
A B
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
IN
G U
IS
H
I N
G D
E V
IC
E
S
A C
U T
A T
C
L
IN
D E
R , C
O
0.
0.
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
IN
G U
IS
H
I N
G D
E V
IC
E
S
D A
M
N T
R O
L , C
O
1.
2.
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
IN
G U
IS
H
I N
G D
E V
IC
E
S
FI
T
IN
G U
IS
H
E R
PO
R T
A B
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
IN
G U
IS
H
I N
G D
E V
IC
E
S
L
IG
H T
C O
D
IS
C
H A
R G
0.
1.
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
IN
G U
IS
H
I N
G D
E V
IC
E
S
M A
N
IF
O L
D . C
O
W /C
O N
T R
2.
4.
0.
N o.
: F A
-1 6-
R -0
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
IN
G U
IS
H
I N
G D
E V
IC
E
S
R E
M O
N
T R
E
L ,C
O
0.
1.
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
IN
G U
IS
H
I N
G D
E V
IC
E
S
ST
O
P/ M
A
IN
T E
A N
C E
V A
L V
E , C
O
0.
0.
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
C
T E
C T
E
M S
SM
O
K E
E X
H A
FA
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
C
T E
C T
E
M S
SM
O
K E
E X
H A
D
D W
26 0
0.
4.
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
C
T E
C T
E
M S
FI
R
E D
O
2.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
C
T E
C T
E
M S
SM
O
A
C U
A T
SK
L
IG
/C
R A
1.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
C
T E
C T
E
M S
A L
A R
M C
H E
L
V
1.
0.
E P
R O
T E
C T
IO
N
S Y
ST
C
T E
C T
E
M S
E N
D T
E
ST
V A
L
1.
0.
E P
R O
T E
C T
IO
N
S Y
ST
C
T E
C T
E
M S
FI
E R
H E
A D
/R O
SH
U T
T E
2.
0.
E P
R O
T E
C T
IO
N
S Y
ST
C
T E
C T
E
M S
SM
O
A
C U
A T
D
O W
S W
/C R
A
1.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
C
T E
C T
E
M S
SM
O
K E
E X
H A
2.
0.
N o.
: F A
-1 6-
R -0
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
C
T E
C T
E
M S
SM
O
K E
E X
H A
G
IS
T
W /P
U
T
IO
2.
0.
4.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
IN
K
L E
R S
SP
R
IN
K
L E
R H
E
2, 10 1
13 0 2, 0.
0.
6.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
N D
PI
E
M S
H
N N
E C
T
IO
N
E X
T E
R N
1.
0.
E P
R O
T E
C T
IO
N
S Y
ST
N D
E
M S
H
N N
E C
T
IO
N
IN
T
E R
N
1.
0.
E P
R O
T E
C T
IO
N
S Y
ST
N D
E
M S
H
N N
E C
T
IO
N
SP
R
IN
K
L E
R H
E
1.
0.
E P
R O
T E
C T
IO
N
S Y
ST
N D
E
M S
H
N N
E C
T
IO
N
E X
T E
R N
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
N D
E
M S
H
N N
E C
T
IO
N
IN
T
E R
N
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
N D
E
M S
H
N N
E C
T
IO
N
SP
R
IN
K
L E
R H
E
0.
0.
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
N D
E
M S
FI
R
E H
T
IO
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
(F
T
E C
T
IO
N
PI
PE
/V A
L V
E
SP
R
IN
K
L E
R A
2.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
T
E C
T
IO
N
FI
R
E P
U M
N
T R
O L
L
W 26 0
0.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
T
E C
T
IO
N
FI
R
E P
U M
N
T R
O L
L E
4.
0.
N o.
: F A
-1 6-
R -0
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
T
E C
T
IO
N
FI
R
E T
A
2.
0.
E P
R O
T E
C T
IO
N
S Y
ST
T
T
E C
T
IO
N
JO
C
K E
Y P
U M
2.
0.
4.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
T
E C
T
IO
N
PI
PE
/V A
L V
E
SP
R
IN
K
L E
2.
FI
R
E P
R O
T E
C T
IO
N
S Y
ST
T
T
E C
T
IO
N
FI
R
E P
U M
N
T R
O L
L E
R W
1.
4.
0.
FO
O
D S
E R
V
IC
E S
E Q
U
IP
M E
N T
FO
O
D
SE
R V
IC
E
S E
Q U
IP
M
E
M A
K
3.
FO
O
D S
E R
V
IC
E S
E Q
U
IP
M E
N T
FO
O
D
SE
R V
IC
E
S E
Q U
IP
M
E
L
FR
IG
E R
A T
W
26 0
0.
FO
O
D S
E R
V
IC
E S
E Q
U
IP
M E
N T
FO
O
D
SE
R V
IC
E
S E
Q U
IP
M
E
M A
K
2.
FO
O
D S
E R
V
IC
E S
E Q
U
IP
M E
N T
FO
O
D
SE
R V
IC
E
S E
Q U
IP
M
E
L
FR
IG
E R
A T
4.
FO
O
D S
E R
V
IC
E S
E Q
U
IP
M E
N T
FO
O
D
SE
R V
IC
E
S E
Q U
IP
M
E
D
IC
FR
IG
E
R A
T O
R S
A N
D F
R E
E
ZE
1.
FO
O
D S
E R
V
IC
E S
E Q
U
IP
M E
N T
FO
O
D
SE
R V
IC
E
S E
Q U
IP
M
E
L
FR
IG
E R
A T
5.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
C O
N T
R O
L
R U
M E
N T
A T
N T
R O
L L
E R
T
E M
PE
R
A T
U R
E /H
U M
ID
0.
N o.
: F A
-1 6-
R -0
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
C O
N T
R O
L
R U
M E
N T
A T
M
PU
T
N T
R
1.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
C O
O L
N
E R
A T
E
M S
C H
IL
L
E R
, S C
R
O N
T R
6.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
C O
O L
N
E R
A T
E
M S
R E
C
IP
R O
C
IL
L
E R
A
6.
0.
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
C O
O L
N
E R
A T
E
M S
C H
IL
L
E R
, S C
R
O N
T R
W 26 0
0.
5.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
C O
O L
N
E R
A T
E
M S
R E
C
IP
R O
C
IL
L
E R
D D
W 26 0
0.
.0 0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
C O
O L
N
E R
A T
E
M S
C H
IL
L
E R
, S C
R
O N
T R
3.
8.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
C O
O L
N
E R
A T
E
M S
C H
IL
L
E R
, S C
R
O N
T R
3.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
C O
O L
N
E R
A T
E
M S
C O
N D
E N
2.
4.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
C O
O L
N
E R
A T
E
M S
R E
C
IP
R O
C
IL
L
E R
Q
3.
0.
6.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
C O
O L
N
E R
A T
E
M S
A
IR
R E
L E
L
V E
, A U
T
0.
6.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
C O
O L
N
E R
A T
E
M S
C H
IL
L
E R
, S C
R
O N
T R
8.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
C O
O L
N
E R
A T
E
M S
PI
PP
IN
G
A
L V
E
2.
N o.
: F A
-1 6-
R -0
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S C
H
IL
L E
D W
A T
PA
N
SI
O N
T A
2.
0.
8.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
T
R
IB
U T
IO
N
S Y
ST
E
M S
H E
A D
E R
SU
PP
L
Y /R
E T
U
6.
0.
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S H
E
C H
A N
G E
R A
6.
0.
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S H
O T
W A
T
R A
G E
A
6.
0.
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S H
O T
W A
T E
R
E X
PA
N
SI
O
N T
A
3.
0.
3.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S V
A V
W
IT
H T
E M
P
SE
N
SO
R /C
O N
T R
O L
, R O
0.
0.
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S A
IR
H
A N
D L
IT
0.
6.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S E
X H
A U
ST
F
0.
1.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S R
E T
U R
N F
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S
SU
PP
L
Y F
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S A
IR
H
A N
D L
IT
D D
W 26 0
0.
.0 0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S E
X H
A U
ST
F
W
26 0
0.
.0
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S R
E T
U R
N F
W
26 0
0.
0.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S
SU
PP
L
Y F
W
26 0
0.
8.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S H
IG
H
E
FF
C N
T
C L
T E
(H
PA
) F
IL
T
1.
4.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S
PA
N E
L
T E
R Q
1.
4.
0.
N o.
: F A
-1 6-
R -0
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S A
IR
C
U R
T
3.
2.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S A
IR
R
E L
E
L V
E A
U T
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S C
H A
M B
E R
R
E T
U R
N A
2.
0.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S C
H A
M B
E R
SU
PP
L
Y A
2.
0.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S C
H
IL
L E
D W
A T
PA
N
SI
O N
T A
2.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S C
H
IL
L E
D W
A T
C
IR
C
U L
P/
M O
T
2.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S D
A M
N
U A
L A
C
T W
O
19 4
0.
3.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S D
A M
PE
R
M
O T
O R
IZ
E
D /A
U T
O M
A
1.
4.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S D
U C
T H
U M
ID
IF
IE
R
2.
2.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S E
X H
A U
ST
F
2.
4.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S
FA
N C
O
IL
U
1.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S
FA
N M
O T
2.
2.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S
FL
O W
M E
T
0.
5.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S H
E A
D E
R
SU
PP
L Y
/R E
T U
2.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S H
E
C H
A N
G E
2.
8.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S H
O T
W A
T
C U
L A
T
P/ M
O T
2.
N o.
: F A
-1 6-
R -0
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S H
O T
W A
T
R A
G
4.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S H
O T
W A
T E
R
E X
PA
N
SI
O
N T
A
2.
4.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S
IN
T A
K E
/E X
H A
N
T , G
R
IL
L , O
N N
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S
PI
PE
/V
A L
L
D W
A T
T
U
2.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S
PI
PE
/V
A L
L
D W
A T
2.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S
PI
PE
/V
A L
V E
H
E A
T E
D W
A T
T
U
2.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S
PI
PE
/V
A L
V E
H
E A
T E
D W
A T
2.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N
SY
ST
E
M S
R E
T U
R N
IF
FU
SE
13 2
1, 0.
3.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S R
E T
U R
N F
2.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
T
R
IB
U T
IO
N
S Y
ST
E
M S
SU
PP
L Y
FU
SE
13 2
1, 0.
0.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S
SU
PP
L
Y F
2.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S T
E M
PE
R
A T
U R
E /H
U M
D
IT
Y S
E N
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
D
IS
T R
IB
U
T
IO
N S
Y
ST
E M
S V
A L
V E
M
O T
O R
IZ
E
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
E X
H A
U
N T
IL
A
T
IO
N S
Y
ST
H A
U
ST
H O
(M
V
E D
Q
1.
8.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
E X
H A
U
N T
IL
A
T
IO
N S
Y
ST
N O
M E
T
0.
8.
0.
N o.
: F A
-1 6-
R -0
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
E X
H A
U
N T
IL
A
T
IO
N S
Y
ST
H A
U
ST
H O
(M
V
E D
2.
8.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
H E
N
E R
A T
IL
E
R H
T
E R
A
2.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
H E
N
E R
A T
IL
E
R H
T
E R
D D
W 26 0
0.
0.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
N E
R A
T
IL
E
R H
T
E R
M
2.
0.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
H E
N
E R
A T
IL
E
R H
T
E R
Q
8.
0.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
H E
N
E R
A T
T W
A T
E R
E
X
PA
N
SI
O N
T A
1.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
T E
R M
IN
D
PA
C K
A G
IT
T
Y
PE
IT
M
0.
2.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
T E
R M
IN
D
PA
C K
A G
IT
T
Y
PE
3.
2.
0.
H E
A T
IN
G
, V E
N T
IL
A
T
IO
C
O N
D
IT
IO
N
IN
G
T E
R M
IN
D
PA
C K
A G
R M
IN
/C H
IL
L
E D
W A
T E
R S
Y
SY
T
4.
8.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
SE
W O
B
IN
E
T A
U
N T
E R
0.
2.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
SE
W O
T
H R
U /R
E C
E
IP
T
IO
N W
IN
D
0.
5.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
R
D W
A
Y
IN
G /C
IP
H
C
K S
Y
ST
11 3
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
R
D W
A
IC
/L
O
R D
W A
R
0.
5.
0.
N o.
: F A
-1 6-
R -0
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
O L
D D
O
0.
0.
2.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
SL
IN
FO
D
IN
G D
O
0.
0.
2.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
.5
D O
0.
0.
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
.5 D
O
0.
0.
1.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
B
A T
H R
O
O R
W /G
L
0.
0.
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
D
O
0.
0.
.1
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
SI
S
SO
0.
0.
6.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
D
O
L A
0.
0.
5.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
D
O O
R
SP
L
IT
W
/C O
U N
T
0.
0.
2.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
D
O O
R , W
PA
N
IC
H A
R D
W A
0.
0.
6.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
D
O
O R
, C O
L
A
SS
PA
0.
0.
1.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
D
O U
B
O
0.
0.
3.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
D
O U
B
O R
W /G
L
0.
0.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
D
O U
B
O R
, C O
R R
ID
0.
0.
0.
N o.
: F A
-1 6-
R -0
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
D
O U
B
O R
, C O
R R
ID
L
0.
0.
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
W
O
O
0.
0.
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
ID
W
O
O R
W /G
L
0.
0.
7.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
SO
N
N
SI
S
SO
O R
W /P
A
R D
W A
0.
0.
E R
IO
R
C O
N
ST
R U
C T
E
R
C
IA
L T
IE
S
SU
B
B A
SE
M
E N
T
SU
B
FL
O
O R
/I N
T E
R
SI
T
IC
4.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
C
IA
L T
IE
S
T A
B L
E
C H
A N
G
0.
6.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
C
IA
L T
IE
S
C O
M
PA
R
TM
E N
T
C U
B
IC
L
IL
T
IT
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
C
IA
L T
IE
S
FI
T
IN
G U
IS
H
B
IN
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
C
IA
L T
IE
S
SI
G
N A
G E
R O
11 3
1, 0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
C
IA
L T
IE
S
SI
G
N A
G E
, W
D
IN
0.
.4
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
C
IA
L T
IE
S
SU
B
B A
SE
M
E N
T
SU
B
FL
O
O R
/I N
T E
R
SI
T
IC
1.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
C
IA
L
O R
S
A U
T O
M A
T
A L
D O
O R
FO
O T
C O
N T
R O
2.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
C
IA
L
O R
S
O V
E R
H E
L
L U
P D
O O
R
A U
4.
2.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
E
R
C
IA
L
O R
S
O V
E R
H E
L
L U
P D
O O
R
M A
N U
4.
N o.
: F A
-1 6-
R -0
IN
T
E R
IO
R
C O
N
ST
R U
C T
IO
N
IN
T
E R
C
IA
L
O
R S
PO
C
K E
T D
O O
R
SA
0.
2.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
IO
N
IN
T
E R
C
IA
L
O
R S
SO
L
ID
M
E T
O
R , S
E C
U R
C
E
SS
SA
0.
1.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
IO
N
O T
H
E R
C
IA
L
T
IE
S
PR
O
JE
C
T
SC
E E
S, T
O M
A T
IC
A
1.
4.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
IO
N
O T
H
E R
C
IA
L
T
IE
S
D O
O R
B E
L L
C
H
IM
C
H
C A
M E
R A
Q
0.
3.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
IO
N
O T
H
E R
C
IA
L
T
IE
S
C O
A T
H O
O K
S A
N D
T R
A C
K
SA
0.
8.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
IO
N
O T
H
E R
C
IA
L
T
IE
S
D R
A
PE
R Y
T R
A C
K
SA
0.
6.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
IO
N
O T
H
E R
C
IA
L
T
IE
S
E N
T R
A N
A
T E
S
SA
0.
5.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
IO
N
O T
H
E R
C
IA
L
T
IE
S
IN
ST
A L
L
U L
T /S
A
FE
SA
0.
4.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
IO
N
O T
H
E R
C
IA
L
T
IE
S
PO
W
E R
C U
R T
A
IN
SA
2.
.0
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
IO
N
O T
H
E R
C
IA
L
T
IE
S
PR
IV
A C
Y C
U R
T A
IN
T
R A
C K
SA
0.
.4
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
IO
N
O T
H
E R
C
IA
L
T
IE
S
SP
E
C
IM
E N
P
R U
D O
O
R D
W A
R E
SA
0.
0.
0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
IO
N
PA
R
T
IT
IO
N
G L
A
SS
P A
N
FT
SA
0.
.5 0.
IN
T
E R
IO
R
C O
N
ST
R U
C T
IO
N
PA
R
T
IT
IO
N
R E
T R
A C
T A
B
T
IT
IO
N
SA
1.
6.
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
C E
IL
IN
G A
IL
IS
H E
S
A C
O U
ST
IC
IL
IN
G
T
IL
E
L A
1.
.0
0.
N o.
: F A
-1 6-
R -0
E
A S
IN
T
E R
IO
R
F
IN
IS
H
E S
C E
IL
IN
G A
IL
IS
H E
S
G Y
PS
L L
B O
A
IL
IN
G F
IN
L A
R E
A
1.
IN
T
E R
IO
R
F
IN
IS
H
E S
C E
IL
IN
G A
IL
IS
H E
S
PA
IN
T E
D C
E
IL
L
A R
E A
1.
IN
T
E R
IO
R
F
IN
IS
H
E S
C E
IL
IN
G A
IL
IS
H E
S
PL
A
ST
IL
IN
G A
E
A
1.
IN
T
E R
IO
R
F
IN
IS
H
E S
FL
O
O R
D
F L
O
IS
H
E S
B R
IC
K
P A
V
S Q
F
0.
2.
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
FL
O
O R
D
F L
O
IS
H
E S
C A
R
PE
T
IN
G P
SQ
F E
15 6
2, ,9
0.
.0 0.
IN
T
E R
IO
R
F
IN
IS
H
E S
FL
O
O R
D
F L
O
IS
H
E S
C E
R A
M
IC
T
S Q
F
5, 38 9
5, 0.
.6 0.
IN
T
E R
IO
R
F
IN
IS
H
E S
FL
O
O R
D
F L
O
IS
H
E S
C O
N C
R E
O
R F
IN
S Q
1, 23 5 1, 0.
0.
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
FL
O
O R
D
F L
O
IS
H
E S
E
PO
X Y
P A
(W
T
A R
E A
S) P
SQ
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
E X
PA
N
SI
JO
T
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
FL
O
O R
D
F L
O
IS
H
E S
L Y
N O
L
IU
SH
E T
P E
R
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
FL
O
O R
D
F L
O
IS
H
E S
R A
IS
O R
IN
G
P
SQ
0.
7.
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
FL
O
O R
D
F L
O
IS
H
E S
ST
A
IN
L
E
SS
S T
E
S Q
F
0.
3.
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
FL
O
O R
D
F L
O
IS
H
E S
T
IL
E F
L O
O R
P
SQ
F
0.
N o.
: F A
-1 6-
R -0
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S A
C O
U
ST
IC
E
P A
N E
L
L L
A L
L A
R E
A
1.
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S C
H A
IR
M
O L
D
0.
0.
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S C
O N
C R
E T
E W
A
IS
H
A
E A
8.
4.
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S C
O R
A L
W A
L
A R
E A
2.
4.
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S C
O R
N E
R G
U A
0.
8.
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S C
O V
E B
A
SE
A
E A
8.
4.
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S G
Y
PS
L
L B
O A
IS
H A
E
A
8.
4.
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S H
A N
D R
A
IL
L
IN
E
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S M
E T
A L
W A
IS
H A
E
A
8.
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S M
IN
I B
L
IN
S, D
O W
P E
R
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S
PA
IN
T
IN
G
L
L A
L L
A R
E A
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S T
IL
R R
A Z
ZO
W
A
L A
R E
A
3.
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S W
A L
L B
U M
L
IN
E
0.
2.
0.
IN
T
E R
IO
R
F
IN
IS
H
E S
W A
IS
H E
S W
A L
L C
O V
E R
L
A R
E A
3.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
D E
N T
A L
E
M A
6.
0.
6.
N o.
: F A
-1 6-
R -0
L
U
SI
PL
M B
N
T A
L G
A S
SY
ST
E M
D E
N T
A L
V A
C U
E
M A
L
U
SI
6.
0.
6.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
L
PG
S Y
ST
E
M A
L
U
SI
V E
A
6.
0.
6.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
A
IR
D R
Y E
N
T R
O L
P A
N E
L
D E
N T
W 26 0
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
A L
A R
M P
A N
N
T A
L V
A C
U
W 26 0
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
A L
A R
M P
A N
E L
D
E N
T A
L A
IR
D
D W
26 0
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
C O
M
PR
E
SS
C O
E
L , D
E N
W 26 0
0.
8.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
V A
C U
U M
S E
T
C O
N T
R O
L P
A N
E L
D
E N
T
W 26 0
0.
8.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
C O
M
PR
E
SS
C O
N T
PA
N
E L
, D E
N
6.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
M A
N
IF
O L
D , L
P G
A S
Q
1.
4.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
PR
E
SS
C
O
L V
A U
T O
+C O
N T
P
D E
N V
0.
2.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
SH
U
T O
FF
E L
E C
T R
O N
IC
/A
U T
O , L
PG
0.
2.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
V A
C U
U M
S E
T
C O
N T
R O
L P
A N
E L
D
E N
T
6.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
W A
T
R A
T O
R
D E
N T
A L
V A
C U
3.
N o.
: F A
-1 6-
R -0
PL
U
M B
N
T A
L G
A S
SY
ST
E M
A
IR
D R
Y E
N
T R
O L
P A
N E
L
D E
N T
4.
8.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
A
R M
P A
N
N T
A L
V A
C U
1.
2.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
A L
A R
M P
A N
E L
D
E N
T A
L A
0.
1.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
C O
N T
R O
L P
A N
E L
D
E N
T
0.
0.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
C O
N T
R O
L P
A N
E L
D
E N
T V
A C
U
0.
0.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
C O
N T
R O
L P
A N
E L
R
E M
O T
0.
1.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
H E
A D
E R
, D E
N T
1.
2.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
H E
A D
E R
, D E
N T
C
U U
1.
6.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
O U
T L
E T
D E
N T
PS
0.
3.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
O U
T L
E T
D E
N T
PS
0.
5.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
O U
T L
E T
, D E
N T
C
U U
0.
5.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
O U
T L
E T
, L
PG
G A
0.
1.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
PR
E
SS
C
O N
T R
L
V E
, D E
N T
SI
0.
1.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
PR
E
SS
C
O N
T R
L
V E
, D E
N T
SI
0.
1.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
T A
N K
D E
N T
2.
4.
0.
N o.
: F A
-1 6-
R -0
PL
U
M B
N
T A
L G
A S
SY
ST
E M
ZO
N
E V
A L
V E
D
E N
T A
L A
IR
PS
0.
0.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
ZO
N
E V
A L
V E
L
PG
0.
1.
0.
PL
U
M B
N
T A
L G
A S
SY
ST
E M
M A
N
IF
O L
D , L
P G
A S
W
0.
PL
U
M B
M
E
T
ST
E
R T
R A
P Q
0.
6.
0.
PL
U
M B
M
E
T
C U
L A
T
2.
PL
U
M B
M
E
T
/V A
L
A B
L E
H
T E
R R
E T
U
2.
PL
U
M B
M
E
T
/V A
L
A B
L E
H
T E
R S
U
PP
2.
PL
U
M B
M
E
T
/V A
L
A B
L E
W A
T
2.
PL
U
M B
M
E
T
N K
H
T E
R
E L
E C
T
1.
8.
0.
PL
U
M B
A
C U
A T
E
M C
O N
T R
O L
P A
N E
L
N
E V
A C
U A
T
0.
PL
U
M B
A
C U
A T
E
M D
IS
C
H A
R
N T
, N
A
C U
A T
0.
6.
0.
PL
U
M B
D
IC
S
SY
ST
D
IC
A L
E
M A
L
U
SI
6.
0.
M B
D
IC
S
SY
ST
D
IC
C
U U
M S
Y
ST
L
IN
C
L U
SI
6.
0.
6.
PL
U
M B
D
IC
S
SY
ST
S Y
ST
E
M A
L
U
SI
V E
A
6.
0.
6.
PL
U
M B
D
IC
S
SY
ST
SY
ST
E M
A
L U
SI
V
E A
6.
0.
N o.
: F A
-1 6-
R -0
PL
U
M B
D
IC
S
SY
ST
D R
Y E
N
T R
O L
P A
N E
L
M E
D
W 26 0
0.
PL
U
M B
D
IC
S
SY
ST
A R
M P
A N
E L
, 0
D D
W 26 0
0.
PL
U
M B
D
IC
S
SY
ST
A R
M P
A N
E L
M
E D
IC
A
L A
IR
D
D W
26 0
0.
PL
U
M B
D
IC
S
SY
ST
A R
M P
A N
E L
M
E D
IC
C U
W 26 0
0.
PL
U
M B
D
IC
S
SY
ST
A R
M P
A N
E L
N
2O D
D W
26 0
0.
PL
U
M B
D
IC
S
SY
ST
M
PR
E
SS
C O
E
L , M
E D
W 26 0
0.
4.
0.
PL
U
M B
D
IC
S
SY
ST
N
IF
O L
D /C
O N
T R
O L
P A
N
PL
A
Y , N
W 26 0
0.
PL
U
M B
D
IC
S
SY
ST
N
IF
O L
D /C
O N
T R
O L
P A
N
PL
A
Y , O
D D
W 26 0
0.
PL
U
M B
D
IC
S
SY
ST
C U
U M
S E
N
T R
O L
P A
N E
L
M E
D
IC
W 26 0
0.
4.
0.
PL
U
M B
D
IC
S
SY
ST
M
PR
E
SS
C O
E
L , M
E D
This is the start of the file's text. The full file is on GovTribe.
File details come from the government source that posted it. Updated .