Example/Facilities Master Planning Report/Troy Public SchoolsFacilities Master Planning Report
Troy Public Schools
Junior- Senior High
MM
Elementary Schools
Troy, MT 59935
April, 2010
Prepared by:
g _ SON
,. �,, s ERLE, �f8/}h
Y.
i '
125 Schoolhouse Loop
Kalispell, Montana 59901
406-752-2216
www.m-m.net
Providing resources in partnership with clients to achieve their goals-
Troy Public Schools
Troy, MT
Facilities Master Planning Report
INDEX
CONTENTS
Introduction........................................................................................................................................ 2
Facility& System Description........................................................................................................... 3
General Building Systems Deficiencies............................................................................................ 6
HighSchool............................................................................................................................... 6
JuniorHigh School.................................................................................................................. 14
ElementarySchool................................................................................................................... 25
Mechanical Systems Deficiencies ..................................
HighSchool............................................................
Junior High School .................................................
Elementary School ..................................................
Electrical Systems Deficiencies ......................................
HighSchool............................................................
Junior High School .................................................
Elementary School ..................................................
Appendix.........................................................................
SectionA.................................................................
SectionB.................................................................
.............................................................. 30
.............................................................. 30
.............................................................. 39
.............................................................. 45
.............................................................. 51
.............................................................. 51
.............................................................. 56
.............................................................. 61
....... .................................................. I.... 68
.............................................................. 68
.............................................................. 68
1
INTRODUCTION
The purpose of this report is to identify and address deficiencies with the Troy School District's
existing educational facilities. In particular, this report addresses; Life/Safety, Building Code
Compliance, Americans with Disabilities (ADA) Compliance, Electrical and Data Infrastructure
Improvements, Mechanical and Maintenance Improvements. This report (Facilities Master Plan)
is intended to provide a long-term schedule of projects based on the inspection, evaluation of
existing physical and/or operational deficiencies. This plan will target those areas where there is a
critical need for upgrades and improvement to the schools.
Investigative evaluation of the facilities has been performed by professional engineers licensed in
the state of Montana. These professionals include experts in the fields of mechanical, electrical
and structural engineering. Additional professional services have been provided by an
independent architectural consultant.
FACILITY & SYSTEM DESCRIPTION
Junior and Senior High School Campus
The Troy Junior and Senior High Schools are a single school campus consisting of multiple
buildings which have been added in phases throughout the years. The oldest of these buildings is
the 21,788 square foot, two-story Junior High School which was constructed around 1917. The
senior high school is a single -level, multiple phase construction building totaling approximately
36,968 square feet. Most of the construction of the high school is in the 1950's era with an
addition in 1992.
The 58,756 square foot Troy Junior -Senior High School campus has a combined current
enrollment of about 236 students, 72 seventh and eighth graders at the junior high and 164
students at the high school. The total staff and employees for the campus are around 26.
The Troy Junior -Senior High school facility is located on 118 E Missoula in Troy, MT. The
telephone number is 406-295-4606.
Junior High School Building
The Junior High building (built around 1917) consists of 8 classrooms, an auditorium, a lunch
room, a library, an audio/visual room and office support. The central portion of the building is the
original, 3-story schoolhouse, an entry level, an upper level and basement. The basement consists
of the boiler room, custodian's room, restrooms and storage. The upper level consists of 4
classrooms and a small computer room. Two additions have been added to the original 3-story
schoolhouse on the entry level at the north and south. These additions match the original
construction style or 1917. The construction consists of unreinforced brick, wood furring,
lath/plaster walls and a wood -framed, flat, roof joist system. Reroofing projects have
incorporated built-up roof insulation and EPDM membrane.
A basement boiler room contains a single, fuel -oil -fired steam boiler. This steam boiler was
replaced as part of an improvements package in 1992. The assumed operating efficiency of the
new boiler is around 75% (typical of this type and model). The steam distribution system for the
school consists of a low pressure steam supply (5-psi) and a condensate return. The steam -
heated terminal devices in the building consist of, wall radiators (original to the building),
classroom unit ventilators and cabinet unit heaters.
High School Building
The high school (built in the 1950's) is a separate building from the junior high connected by a
covered breezeway. The single -story, high school building consists of 14 classrooms, a
gymnasium, locker rooms and a detached shop building. The high school has undergone various
additions and modernizations throughout the years and as a result there are multiple types of
construction methods and materials. Wall construction materials include, concrete block with
wood furring, block, brick veneer and wood -framing with wood siding. Two separate building
improvement projects have modernized a portion of the original (oldest) classroom wing of the
high school. These improvements include modernized, high -efficiency the wall framing systems
as well as science class infrastructure.
3
The gymnasium (approx. 6,950 S.F.) is part of the original high school building. It is constructed of
glue -laminated wood frames, wood purlins and brick veneer. The lighting consists of (24)-400
Watt metal halide light fixtures. The heating system for the gym is steam -driven, finned -tube
radiators.
Four classrooms were added to the south end of the building in 1992. The construction style for
this addition is concrete block with insulated wood furring and a wood -framed, pitched roof.
The shops building is a 7,000 S.F. separate building at the south end of the campus. The shops
building is a single -level concrete block structure on a concrete slab foundation. The roof system
is a wood -framed pitched roof. The shops classrooms consist of wood shop, auto shop, welding
and drafting. The building is heated by an all -electric central air -handling unit with individually -
zoned reheat coils. The central air -handling unit is located in an attic mechanical room. The wood
shop and welding rooms are heated by ceiling -mounted, electric unit heaters.
There are two primary heating systems for the high school; a steam boiler plant, fired by fuel oil;
and direct electric resistance. The heating source for the original school building consists of steam
driven unit heaters and finned tube radiators. Additions and remodels over the years have
introduced other types of heating equipment and devices. Four classrooms in the central (oldest)
portion of the school are still heated by the original 1950's era steam, unit ventilators. The
gymnasium is heated by the original finned -tube radiators which run the entire length of the 90-
ft gymnasium. The adjacent boys and girls locker rooms are heated by ceiling -mounted unit
ventilators with steam coils. The small weight room at the east end of gym is heated by 2 electric
unit heaters.
Modernization of many of the classrooms has included the addition of new steam or direct -
electric heating devices. The 1992, four -classroom addition at the south end of the building is
heated by ceiling -mounted, hot-water fan coil units. Hot water for these units is indirect off of
the steam boiler and pumped from the mechanical room. Domestic hot water for high school
building is heated by the steam boiler with a heat exchanger.
Elementary School Building
W.F. Morrison Elementary School in Troy, MT is a medium-sized elementary school of
approximately 32,335 square -feet with current enrollment of about 234 K-6 grade students and a
staff of 19 employees. The school is made up of 19 classrooms, an 8,735 square -foot
gymnasium/kitchen/locker room wing, office and administration, and a partial basement storage
area. The facility is physically located at 501 E Kalispell St in Troy, MT. The telephone number is
406-295-4321.
The original school building was constructed around 1963. Three additions to the original building
include a classroom wing addition in 1967, gymnasium/kitchen/classroom addition in 1978, and a
classroom/basement storage addition in 1985. The school's exterior wall system is
predominantly concrete block with wood -furred interior and some wood siding. Most of the
windows in the building are the original single -pane, clear glass with wood frames. The building is
primarily a single -level structure; a slab -on -grade floor system; and a partial basement under the
fv
south end classroom wing. The roof system is a flat, roof joist structure with built-up roof
insulation and membrane roofing.
There are two primary heating systems for the elementary school; a steam boiler plant, fired by
two different fuel sources (fuel oil and wood pellet), and direct electric resistance. Six of the
nineteen classrooms have modernized features. These modernized features include double -pane,
insulated glass and direct electric resistance unit ventilators rather than steam. The 1978
gymnasium addition included a ceiling -suspended, direct -electric air -handling unit.
In 2005 an energy improvements upgrade to the school included the addition of a retro-fitted,
wood -pellet burner to the existing steam boiler. The new pellet burning system also included an
exterior pellet storage silo and conveyor feed line. No documentation of the cost of operating the
pellet system has been recorded. The pellet system has only been operational for a very short
period and has experienced some complications with becoming fully operational. For this reason,
the pellet system has been included in the energy models performed for this study. The 2005
energy improvements upgrade also included the conversion of the 1978 electric gym air -handler
to steam.
5
GENERAL BUILDING SYSTEMS DEFICIENCIES
Hiizh School
Component: Supporting floor structure
Location: Gymnasium
Deficiency: "Soft spots" in the gym's playing floor surface; Probable combination of
inadequate post -and -beam structural support spacing and poor connection
of subfloor to floor joist fastening.
Consequence: Poor playing floor performance
Photo #1G-HS '
Recommendation: Add intermediate post and beam support structure or adjustable steel
support columns on cast in place concrete pier foundation. The column will
be installed on a solid concrete base which is placed on engineered fill. The
column is secured to both the concrete base and to the bottom of the beam
or joists above. The support column adds stability and decrease the
deflection of the joist.
Cost Estimate: 1 $15,069
Priority: I Low
Component:
Exposed bare soil in crawlspace
Location:
Gymnasium
Deficiency:
No ground cover moisture barrier.
Consequence:
Moisture accumulation/saturation of soil resulting in potential mold growth
and/or damage to floor system and supporting floor structure. Excessive
operation of the crawlspace humidity remediation fan/ventilation system
resulting in wasted energy and reduced equipment life.
Recommendation:
Add approved ground cover moisture barrier. By installing a vapor barrier,
the moisture level in the crawl space can be greatly reduced; this will help
prevent mold and foul odors from forming.
Cost Estimate: $3,920
Priority: I High
Component:
Building roof system
Location:
Refer to Roof Investigation Survey prepared by Benchmark Roof & Pavement
Consultants, August 2007
Deficiency:
Various minor repairs/maintenance required.
(Refer to roof survey report and roof plan R-2)
Consequence:
Potential water leakage
Recommendation:
Follow Recommendations as outlined in Roof Investigation Survey prepared
by Benchmark Roof & Pavement Consultants, August 2007. Refer to Report
and Appendix roof plan R-2
Annual or semi-annual maintenance is required to extend the life of the
roof.
Cost Estimate:
--
Priority:
Medium
7
Component: Student lockers
Location: Corridor, original high school building
Deficiency: Chipping/spalling of paint from locker surface
Consequence: Unsightly appearance
Photo #4G-HS
Recommendation: Recondition and Resurface Lockers. The following procedures should be
considered when resurfacing the lockers. Door operating hardware, built-in
locks and number plates should be removed or thoroughly masked before
painting. All surfaces to be painted should be sanded and washed with a
proper agent to remove all dirt, grease and oil. All rusted surfaces should be
sanded or wire brushed, thoroughly cleaned before painting. Spot prime or
fully prime lockers, as needed.
Electrostatically paint locker surfaces with a hard durable two-part
polyamide epoxy or polyurethane paint. Paint should be applied with
multiple coats to ensure a durable finish. Hardware should be reinstalled and
repaired as necessary.
Cost Estimate: $7,959
Priority: Low
Component: 4 Stainless steel urinals
Location: Boy's restroom, original high school building
Deficiency: No mechanical flush valve. Type of fixture allows water runs continuously
with no means of shut off. Typical of all 4 fixtures.
Consequence: Waste of water, higher water bills than necessary
Photo #5G-HS
Recommendation: Remove and replace existing stainless steel urinals with new low flow (1 gpf
or less) automatic flush valve urinals.
Urinals, like toilets, use large amounts of water. Before the advent of low -
flow models, many urinals required 2-3 gallons of water per flush. At the
Troy High School the existing stainless steel urinals have a continuous water
wall wash that far exceeds the 2-3 gallons of water per flush. Modern low -
flow models all require less than 1 gallon per flush. When coupled with a
touchless, automatic control valve, water savings produced by low -flow
urinals is even greater.
Touchless controls for restroom toilets and urinals have been widely
promoted as a means of improving hygiene and promote water conservation
in restrooms. By automatically flushing the units after use, automatic
controls prevent users from over flushing.
If we make a conservative estimate that the four current urinals have one (1)
gallon per minute continuously flowing through the urinals. It can be
calculated that the water used by these four urinals alone is 525,600 gallons
per year.
1
gallon *60 min. *24 365 = 525,600
hours days gallons
minute hour day year year
E
525,600 gallons per year is an average of 43,800 gallons per month. Based
on the proposed City of Troy Water Rate Structure, the four urinals would
use all of 42,840 gallons per month base allowance for the months of
September through April and over half of the 71,400 gallons per month in
May through August. These allowances are based on the utility rate for a 2
inch water meter.
Cost Estimate: $3,809
Priority: High
10
Component: Multi-user style lavatory basin(s)
Location: Boy's restroom, girl's restroom, original high school building
Deficiency: Poor water -flow, no hot water recirculation
Consequence: Require continuous spray adjustment, cold water only
Photo #6G-HS
Recommendation: Remove and replace existing lavatory basin with modern style sensor
operated fixture. Install hot water recirculation line or a point of use water
heater.
Low -flow faucets. A standard lavatory sink faucet has a flow rate of 2.5-5
gpm. Redesigned low -flow faucets have reduced this flow rate to 1.5-2.5
gpm while maintaining an adequate flow rate for hand washing. The design
of the aerator installed in the outlet mix air into the water as it leaves the
faucet, reducing both the flow and the amount of splashing, while increasing
wetting efficiency.
Touchless controls. Touchless controls for restroom faucets have been
widely promoted as a means of improving hygiene in restrooms. An infrared
sensor detects a user's hands under the faucet and turns on the water.
Removing the hands turns off the water flow. Unlike timed and other
automatic controls, touchless controls limit water flow.
Point -of -use water heaters. Traditional building designs rely on a central
water -heating system. A centrally located boiler generates hot water, which
is distributed through insulated piping. Larger buildings use circulation
pumps and large central storage tanks to improve system performance.
Systems designed to generate hot water at the point of use employ multiple,
smaller water heaters located throughout a facility. Generating hot water at
the point of use reduces distribution losses and, just as importantly, water
requirements. When hot water is generated in a central system, even in
11
circulating systems, water must be run for a few seconds before hot water is
available to the user. Point -of -use water heaters eliminate this waste of
water.
Cost Estimate:
$18,896
Priority:
Medium
Component: Restroom doors
Location: Shops building; boy's and girl's restroom doors
Deficiency: Poor quality, poor operational doors
Consequence: Door do not close or latch properly, mild safety hazard
Recommendation: Replace existing doors, jams, and frame with new doors with ADA compliant
latches.
Cost Estimate: $1,027
Priority: Low
Photo #8G-HS
Recommendation: Investigate cause of roof leakage at roof penetration. Repair and reseal roof
as Required.
This is an ongoing issue that needs to be monitored. Regular maintenance
on the roof will help reduce these issues.
Cost Estimate: I --
Priority: I Medium
12
Component: Gypsum board ceilings
Location: Central corridor, 1992 south classroom wing addition
Deficiency: Cracking/separating of gypsum board ceilings adjacent to structural roof
framing due to building settlement.
Consequence: I Unsightly appearance, maintenance required I
Recommendation: Tape, Texture, and Paint Cracking/Separations.
Cost Estimate: $4,654
Priority: Low
13
Junior High School
Component:
Building roof system
Location:
Refer to Roof Investigation Survey prepared by Benchmark Roof & Pavement
Consultants, August 2007
Deficiency:
Various minor repairs/maintenance required.
(Refer to roof survey report and roof plan R-2)
Consequence:
Potential water leakage
Photo #1G-JH
Recommendation: Follow Recommendations as outlined in Roof Investigation Survey prepared
by Benchmark Roof & Pavement Consultants, August 2007. Refer to Report
and Appendix roof plan R-2
Annual or semi-annual maintenance is required to extend the life of the
roof.
Cost Estimate: --
Priority: I Medium
14
Component: Handicap accessible and general restrooms
Location 1: Junior high basement
Location 2: Junior high southwest entrance adjacent to the auditorium
Deficiency: The school's existing restroom facilities are currently located in the
basement of the 3-level building. A single boy's handicap stall is located in a
locked storage closet adjacent to the boy's restroom. The location and
configuration of the restrooms do not meet current building codes for
accessibility and are not conveniently located for practical use. The quantity
of restroom fixtures is not sufficient for the student enrollment and staff.
Consequence: Non -code compliant, Inconvenient
Photo #2G-JH 1F
Recommendation: Provide new restrooms at alternate, handicap accessible location at Junior
high school main level. New restrooms shall be ADA compliant, access
fixtures and hardware. As identified in Montana Department of Commerce
Quality Schools project grant application.
Cost Estimate: $1,175,270
Priority: High
15
Component: Platform, stair climber wheelchair lift
Location: Central three-story staircase
Deficiency: Lift is not operational, lift is not code compliant in the U.S., replacement
parts are not available.
Consequence: The school does not have ADA (handicapped access) to the restrooms on the
basement level. The school does not have ADA access to the classrooms at
the upper level. Furthermore, the existing ADA restroom does not meet ADA
requirements as a truly compliant ADA restroom.
Photo #3.1G-JH
Photo #3.2G-JH
Recommendation: Replace wheel chair lift with an elevator. Identify location for the new
elevator. As identified in Montana Department of Commerce Quality
Schools project grant application.
Cost Estimate: $1,175,270
Priority: I High
16
Component:
Handicap Access to Entire Facility (Interior Corridor Staircase)
Location:
Main level corridor to auditorium
Deficiency:
No ADA access from main level to auditorium, cafeteria and restrooms. The
existing Junior High School was designed without disabilities in mind. The
auditorium and lunch room are separated from the rest of the school by a
flight of stairs.
Consequence:
Arrangement does not meet ADA access requirements. Wheelchair access
from the school's main level to the, auditorium, cafeteria and restrooms is
from exterior of the building. Handicapped person must exit the classroom
wing at the southwest corner of the building and re-enter at the auditorium.
Photo #4G-JH-
�.
Recommendation: Replace wheel chair lift with an elevator. Identify location for the new
elevator. As identified in Montana Department of Commerce Quality
Schools project grant application.
Cost Estimate: $1,175,270
Priority: Medium
17
Component: Single point entry
Location 1: Main entrances on Highway 2 side of the building
Deficiency: Lack of single, supervised entrance to the facility. The original front
entrances to the school are not adjacent to the facilities parking on the
opposite side of the school.
Consequence: The existing layout does not give administration control over who is coming
and going into the facility.
Photo #5.1G-JH
Photo #5.2G-JH
Recommendation: Add new entry on West side, adjacent to parking lot facility to serve as a
single point entry. Restructuring or re -planning of interiors spaces will be
required to localize the flow of traffic through the administrative area. Refer
to Montana Department of Commerce Quality Schools project grant
application.
Cost Estimate: $1,175,270
Priority: Low
W.
Component: Exterior concrete entry staircases
Location 1: Front entry (east)
Location 2: Auditorium entry (east )
Location 3: Handicap entry ramp/stair (north)
Deficiency: Concrete stairs are crumbling and deteriorating
Consequence: Potential tripping hazard and restricted handicap access.
Photo #6.1G-JH
Photo #6.2G-JH
Recommendation: Construct new cast in place concrete stair with continuous guard rail.
Continuous guard rail shall extend the length of the staircase beyond last
tread of staircase.
Cost Estimate: $16,244
Priority: Medium
19
Component: Exterior entry staircase
Location 1: Front entry (east)
Location 2: Auditorium entry (east )
Deficiency: Handrails do not extend past the last tread of the staircase.
Consequence: Not ADA code compliant, safety hazard
Photo #7G-JH
Recommendation: Construct new continuous guard rails to extend beyond last tread of
staircase.
Cost Estimate: $4,284
Priority: Medium
Component:
Exterior entry doors
Location 1:
Front entry (east)
Location 2:
Auditorium entry (east )
Location 3:
Auditorium entry (west )
Location 4:
Handicap entry (north)
Deficiency:
Poor quality, poor operational doors. Some of the components are
dysfunctional, but the doors are intact. Some of the door frames are split or
separating from the wall. Doors are old as is the panic hardware. Lack of
sufficient weather stripping and poor seals. All entry doors have antiquated,
non-ADA compliant door hardware
Consequence:
Door do not close or latch properly, slam shut hard, mild safety hazard. Lack
of weather stripping and poor seals result in wasted energy due to air
infiltration.
Photo #8G-JH
F Y $ t +g
`4
t
r
Recommendation: Replace existing doors and frames with modern energy efficient doors with
weather stripping, and ADA panic hardware. Replacing the doors will help
reduce energy lose, provide for better security and access, function better,
and provide an aesthetic improvement.
Cost Estimate: $22,360
Priority: High
21
Component: Furred window openings
Location: Multiple window openings throughout the entire building
Deficiency: Windows are partially or completely covered
Consequence: Unsightly appearance, Reduced natural light transmission
Photo #9G-JH
i
Recommendation: Remove and replace furred covered windows with a combination of
thermally efficient double pane glass and a high R-Value translucent Kai -Wall
system.
The furred windows would be replaced with a high-performance translucent
"Kalwall®" building panel assembly. The Kalwall panels offer superior
thermal performance (R-Values as high as 20) while allowing light to diffuse
into the building. This diffused light provides natural day -lighting without
sacrificing energy efficiency. A side benefit of the Kalwall panels would be
the improvement in natural "day -lighting". In addition to brightening up the
space, day -lighting can assist with reducing energy cost by minimizing the
need for electrical lighting.
The window replacement will also improve the building aesthetics.
Restoring the building to its historical appearance.
Cost Estimate: $125,151
Priority: Low
22
Component: Third floor fire escape
Location: Northwest corner of Junior High Building
Deficiency: Fire escape staircase is not sufficiently fastened to structure
Consequence: Potential collapse of staircase under excessive live loading
Photo #10G-JH
Recommendation: Evaluate and identify proper securing of existing emergency staircase to
building structure.
Cost Estimate: $910
Priority: High
23
Component: Single pane windows at building entryways
Location 1: Front entry (east)
Location 2: Auditorium entry (east)
Deficiency: Single pane windows.
Consequence: Single Pane window provide minimal thermal resistance
Photo #11G-JH
err i:
Recommendation: Remove and replace single pane windows with custom thermally efficient
double pane glass.
The proposed replacement for the entry would be to replace the single pane
windows with double -pane low-e glass. The new windows would improve
the thermal efficiency of the glass and window framing.
Custom windows would maintain the aesthetics of the historic building.
Cost Estimate: $8,723
Priority: -4Low
24
ucITICIR ry xnvcn
Component: Building roof system
Location: Refer to Roof Investigation Survey prepared by Benchmark Roof & Pavement
Consultants, August 2007
Deficiency: Various water ponding problems, Punctured/damaged roof membrane,
Missing roof drain strainers, Cracks in skylights
(Refer to roof survey report and roof plan R-1)
Consequence: Some observable water leakage and other potential water leakage
Photo #1.1G-EL
Photo #1.2G-EL
Recommendation: Follow Recommendations as outlined in Roof Investigation Survey prepared
by Benchmark Roof & Pavement Consultants, August 2007. Refer to Report
and Appendix roof plan R-1.
Annual or semi-annual maintenance is required to extend the life of the
roof.
Cost Estimate: --
Priority: Medium
25
Component:
Structural settlement of roof system
Location:
Roof over boiler room
Deficiency:
Structural settlement of supporting roof elements due to water -weight
associated with roof ponding and/or increased loading of structural roof
members from suspended mechanical/electrical services in boiler room
below. Observable cracking and/or separating of plasterboard ceiling
sheeting in boiler room.
Consequence:
Potential roof collapse in boiler room under heavy snow loading
Photo #2G-EL
Recommendation: Preliminary recommendation is to have a Licensed Structural Engineer to
conduct a site evaluation and structural investigation of the roof and support
structure.
Reconstruction Recommendation: Demo existing roof and support structure
above boiler room and reconstruct new engineered roof support with new
roof drainage, insulation, membrane, and fire rated ceiling.
Cost Estimate: $2,500 (Site Evaluation and Report)
$31,869 (For Reconstruction)
Priority: High
26
Component: Skylights
Location: Central corridors of original portion of the building
Deficiency: Cracked plexi-glass domes or leaking seals. Poor quality product with
minimal thermal resistance.
Consequence: Observable water leakage at interior ceilings adjacent to skylights. Excessive
heat loss/heat gain as a result of poor quality skylight.
Photo #3.1G-EL
Photo #3.2G-EL
Recommendation: Remove and replace sixteen (16) existing poor efficiency dome skylights with
modern thermally efficient translucent skylights.
Skylights typically result in 35%-45% greater heat losses during cold weather
compared to windows of that same material, construction, and sizes.
Increased convection and radiation heat transfers and the increased surface
area associated with the skylight curb all contribute to this increase in
energy loss. Skylight can be made of glass or a variety of plastics. Glass while
more durable is limited to a flat or planar shape. The dome or ridge shaped
27
skylights are made of molded plastic. The molded plastic does not have the
energy performance that glass can offer. Shaped skylights also have a larger
surface area, thus resulting in greater heat losses over the size of the skylight
opening. Modern, thermally -efficient skylights can minimize heat losses
while provided lighting energy savings by allowing for natural "daylighting".
Replace the buildings sixteen (16) skylights with energy efficient translucent
panel "Kalwall°" skylights. The translucent panels offer superior thermal
performance (R-Values as high as 20) while allowing light to diffuse into the
building. This diffused light provides natural day -lighting without sacrificing
energy efficiency.
Cost Estimate:
$13,605
Priority:
Medium
l
Component: Tile floor transition
Location: Corridor at south building wing (4-classroom addition)
Deficiency: Flooring uplifting
Consequence: Potential tripping hazard
Recommendation: Demo a portion of the existing tile floor system, grind and/or level concrete
expansion joint, and reconstruct to new floor tile system to match.
Cost Estimate: $2,500
Priority: Low
Component: New operable classroom window sections
Location: Classrooms original to the 1960's era construction (excludes 4 classroom
addition at the southeast)
Deficiency: Operable window sections were installed in 2009, as part of the Quick -Start
Energy Grant program. These windows were set without proper caulking,
sealing and trimming. Large gaps exist between the new window frames and
the rough openings.
Consequence: Poor energy efficiency due to outdoor air infiltration.
Photo #5G-EL
Recommendation: Provide weather stripping and/or spray foam weather sealing to existing air
gaps at recently replaced window sections. Finish with trim and caulk, paint
to match.
Cost Estimate: I --
Priority: I High
29
MECHANICAL SYSTEMS DEFICIENCIES
High School
Component:
Steam condensate pump and associated piping fittings
Location 1:
The southeast corner of the gym near crawlspace floor access
Location 2:
The steam tunnel entrance from the boiler room at the southwest corner of
the gym
Deficiency:
Various steam and steam condensate return piping fittings are leaking steam
and condensate into the crawlspace.
Consequence:
Moisture accumulation/saturation of soil resulting in potential mold growth
and/or damage to floor system and supporting floor structure. Excessive
operation of the crawlspace humidity remediation fan/ventilation system
resulting in wasted energy and reduced equipment life.
Photo #1.1M-HS._L ,.
Photo #1.2M-HS
Recommendation: Replace existing leaking steam and condensate lines with new insulated
piping. Replace existing steam condensate pump or seals on condensate
I
pump located at crawl space entrance to gymnasium. Replace leaking
steam traps, fittings, and steam heating devices throughout system. Strong
consideration should be given to replacing the steam system with a high
efficiency hot water boiler and piping system. Refer to item # 3M-HS.
Cost Estimate:
$33,300
Priority:
I High
31
Component: Finned -tube steam radiator
Location: Gymnasium (south wall)
Deficiency: Not functioning
Consequence: The gym is currently being heated by the single finned tube unit on the north
side which is 50% of the original heating caoacity.
Photo #2.1M-HS
Photo #2.2M-HS
Recommendation: ( The first recommendation would be to remove the control valve to the
finned -tube steam radiator to investigate as a likely cause of failed
operation. Replace control valve if this is determined to be the cause. If the
investigation finds the control valve to be working correctly, consideration
should be given to replacing the existing system with a new system. Demo
existing steam fin tube radiators and associated piping. Provide new ducted
air handler unit suspended from roof structure in gymnasium. The new air
handler would include a hot water coil, modern comfort controls, and
outdoor ventilation air connections. The new system would provide for
balanced comfort and better ventilation in the gymnasium.
Cost Estimate: $42,086
Priority: Medium
32
Component: High School steam heating plant
Location: Mechanical room, original high school building
Deficiency: The existing boiler burns #2 diesel heating oil. Heating oil as a fuel source has
become extremely costly with modern fuel rates.
Consequence: High heating costs
Photo #3.1M-HS
Photo #3.2M-HS
Recommendation: Convert fuel heating oil to liquid propane. Replace boiler burners and fuel oil
distribution system. It is strongly recommended that the steam system be
entirely converted over to hot water. Refer to Item # 4M-HS. Remove
existing underground fuel oil tank and replace with new underground
propane tank at same location.
Although propane has a lower heating value per gallon than #2 heating fuel -
oil (91,500 Btu/gal as compared to 138,700 Btu/gal), the cost per gallon is
significantly less. For propane, the heating value is 65,357 BTU per dollar
using a current estimated cost of $1.40/gal, as compared to diesel which is
51,370 BTU per dollar current estimated cost of $2.70/gal.
The cost saving associated with switching from fuel -oil to propane is
estimated to be $7,200 per year using the rates shown above.
Cost Estimate: $30,185
Priority: Low
33
Component: High School steam heating boiler and devices
Location: Original portion of high school building which includes the gymnasium,
boys/girls locker rooms and 4 classrooms.
Deficiency: The 60+ year old steam heating devices, condensate return pumps, piping &
components are beyond their useful life and are leaking/failing and in need
of replacement.
Consequence: Inefficient/unreliable heating, demand constant maintenance
Photo #4.1M-HS
Photo #4.1M-HS
Recommendation: Replace existing fuel oil steam boiler plant with a new high efficiency
propane fired condensing gas, hot water boiler plant. This conversion would
involve replacing all steam heating devices which include; gymnasium fin
tube units, four classroom unit ventilators, and boys and girls locker room
unit ventilators.
The existing boiler is a conventional, non -condensing unit which loses a
significant amount of heat to the atmosphere. The hot combustion gas(
34
from the burning of fuel to heat water contained in a heat exchanger are
wasted through the vent stack.
The proposed replacement boilers would be properly -sized, premium -
efficiency, condensing gas units capable of full modulation with a 5 to 1
turndown ratio or higher. The new boilers would be capable of achieving a
maximum operating efficiency of 96%.
In a condensing boiler working at peak efficiency, the water vapor produced
by the burning fuel in the boiler is condensed back into liquid water.
Provided the returning water is sufficiently cool, the steam condenses to
liquid water. Some of the extra efficiency of the condensing boiler is due to
the cooling of the exhaust gases, but the majority of the energy recovered is
from the condensation of the water vapor in the exhaust gases. This releases
the latent heat of vaporization of the water into the heat exchanger.
In addition, modern condensing boilers have microprocessor -controlled
combustion that modulates the quantity of gas/air fuel mixture which is
supplied to the burner using an algorithm that considers outdoor air
temperature, water temperatures supplied and returned to the boiler, and
time at a specific temperature. Sophisticated algorithms learn the building
requirements at specific outdoor air temperatures, more successfully
returning cool water that condenses the vented exhaust gases and
recovering the heat of vaporization. Modulating control units also minimize
on -off cycling to increase efficiency. They attempt to supply only the amount
of heat to the building that the building loses at a specific outdoor air
temperature.
Although propane has a lower heating value per gallon than diesel (91,500
Btu/gal as compared to 138,700 Btu/gal), the cost per gallon is significantly
less. For propane, the heating value is 65,357 BTU per dollar using a current
estimated cost of $1.40/gal, as compared to diesel which is 51,370 BTU per
dollar current estimated cost of $2.70/gal.
The cost saving associated with switching to propane and replacing the
boiler with a high efficiency boiler is estimated to be $16,561 per year using
the fuel prices listed above.
Cost Estimate:
$239,346
Priority:
I Medium
35
Component:
Central air -handler; fan belt, sheaves and bearings
Location:
Shops building attic
Deficiency:
Rotating fan/motor imbalance
Consequence:
Noise, unreliable service life
Photo #5M-HS
Recommendation: Replace fans, sheaves, belts, and bearings in existing air handling unit.
Rebalance existing air system.
By replacing the fans, sheaves, belts, and bearings in the existing air handling
unit is will be return to its original state.
Cost Estimate: $1,417
Priority: High
36
Component:
Central heating system's pneumatic controls
Location:
Entire facility, classrooms, offices and boiler room
Deficiency:
Antiquated system, requires air compressor, has limited control features
Consequence:
Inefficient operation, limited user control strategies
Photo #6M-HS
Recommendation: I Replace existing pneumatic controls with modern direct digital controls.
This recommendation would involve replacing the existing pneumatic
controls systems and components with a modern, computer -based, direct -
digital control (DDC) energy management control system (EMCS). DDC
systems improve performance by; control precision, systems coordination,
optimum start, outdoor air reset, demand controlled ventilation, diversity
analyses, system load tracking, monitoring and maintenance information,
trend information and history data.
DDC EMCSs replace conventional pneumatic or electromechanical HVAC
control systems with equipment capable of performing not only control but
energy management and system diagnostic functions in the environment of
a centralized computer network. An EMCS accepts analog, discrete, and
digital input from remote sensors and devices, processes the data, and then
controls remote mechanical equipment. An EMCS inherently has more
accurate control because it reduces the drift, maintenance and recalibration
problems common with pneumatic control systems. Additionally, an EMCS
can make all facilities function more efficiently when the gathered data are
compiled into useful, pertinent reports. Quality control, production,
research, and maintenance will all benefit from the increased information
flow when it is properly managed.
Conventional pneumatic and electric control employs subsystems and
components that traditionally operate without the coordination and sharing
of information available with DDC systems. DDC systems integrate
subsystems and components to work together, to share information, and to
37
maximize energy efficiency of the environmental conditioning system. This
integration of subsystems maximizes energy efficiency by reducing energy -
wasting operating times and conflicting zone conditioning requirements.
Sold -state sensors and controllers used in DDC systems have considerable
energy -efficiency advantages over conventional pneumatic systems.
Substantial advantages are realized in calibration and maintenance, but the
critical value lies in the accuracy and reliability of the DDC systems. These
features can yield operational energy savings of 15% and greater when
compared to the conventional pneumatic system. The inherently precise
positioning of control devices with EMCS control loops and blocks are
responsible for these energy savings.
A DDC system can provide daily building warm-up using temperature
sensors in all building zones. A calculation program is used to determine the
optimum time to start warm-up, with significant differences from the
pneumatic control method. The DDC software allows the operator/manager
to gain instant, system -wide access and control from a single computer.
Energy savings associated with the implementation of DDC controls has been
documented to reduce electric and/or fuel costs by 20% to 50%, and
maintenance costs by 40% or more.
Cost Estimate:
$81,027
Priority:
Low
9:
Junior High School
Component: Junior High School steam heating plant
Location: Mechanical room, Junior High School Basement
Deficiency: The existing boiler burns #2 diesel heating oil. Heating oil as a fuel source has
become extremely costly with modern fuel rates.
Consequence: High heating costs
Photo #1.1M-JH
Photo #1.2M-JH
Recommendation: Convert fuel heating oil to liquid propane. Replace boiler burners and fuel oil
distribution system. It is strongly recommend that the steam system be
entirely converted over to hot water. Refer to Item # 2M-JH. Remove
existing underground fuel oil tank and replace with new underground
propane tank in same place.
Although propane has a lower heating value per gallon than diesel (91,500
Btu/gal as compared to 138,700 Btu/gal), the cost per gallon is significantly
less. For propane, the heating value is 65,357 BTU per dollar using a current
39
estimated cost of $1.40/gal, as compared to diesel which is 51,370 BTU per
dollar current estimated cost of $2.70/gal.
The cost saving associated with switching from fuel -oil to propane is
estimated to be $7810 per year using the rates listed above.
Cost Estimate:
$29,144
Priority:
Low
M
Component: Junior High School steam heating boiler, unit ventilators, radiators, piping
and devices
Location: Classrooms and entire Junior High School Building
Deficiency: The 93 year old steam heating devices, piping & components are beyond
their useful life and are in need of replacement.
Consequence: Inefficient/unreliable heating, demand constant maintenance
Photo #2.1M-JH
Photo #2.2M-JH,
#2.3M-JH,
Recommendation: Replace existing fuel oil steam boiler plant with a new high efficiency
propane fired condensing gas hot water boiler plant. This conversion would
be replace all steam heating devices; classroom unit ventilators, cabinet unit
heaters, and associated piping.
Refer to #4-HS for further explanation of recommendation.
Although propane has a lower heating value per gallon than diesel (91,500
Btu/gal as compared to 138,700 Btu/gal), the cost per gallon is significantly
less. For propane, the heating value is 65,357 BTU per dollar using a current
estimated cost of $1.40/gal, as compared to diesel which is 51,370 BTU per
dollar current estimated cost of $2.70/gal.
The cost saving associated with switching to propane and replacing the
boiler with a high efficiency boiler is estimated to be $17,710 per year using
the rates listed above.
Cost Estimate: $386,283
Priority: Low
41
Component: Central heating system's pneumatic controls
Location: Entire facility, classrooms, offices and boiler room
Deficiency: Antiquated system, requires air compressor, has limited control features
Consequence: Inefficient operation, limited user control strategies. No night set -back or
operational schedule or energy management functions resulting in wasted
energy.
Photo #3.1M-1H
Photo #3.2M-JH
Recommendation: I Replace existing pneumatic controls with modern direct digital controls.
See Item #6M-HS for further explanation of replacing existing pneumatic
controls with modern direct digital controls.
Cost Estimate: $88,479
Priority: Low
42
Component: Ventilation air systems
Location: Auditorium
Deficiency: Outdoor ventilation/relief air systems abandon or inoperable. Code required
ventilation air rates for this type of space are 7.5 CFM/person, 10 sq-
ft/person. For the 3060 sq-ft auditorium the required ventilation rate is 306
CFM.
Consequence: No active fresh air ventilation systems for occupants. Ventilation air is
required for school's assembly halls/auditoriums per ANSI/ASHRAE standard
62.1.
Photo #4M-JH
Recommendation: Replace existing steam convector units with new ducted air distribution
system. New air handler will include steam or hot water heating coil,
modern comfort controls, demand controlled ventilation, and outside
ventilation air connection. New air handler could possibly be located in
structural space above the auditorium.
Cost Estimate: $33,949
Priority: Low
43
Component:
4 Original 1950's era, steam -unit ventilators
Location:
4 classrooms in the original, central classroom
Deficiency:
Units are beyond their life -expectancy
Consequence:
Units are unreliable and not energy efficient
Photo #5M-JHTF
IM
Recommendation: Remove and replace existing unit ventilators with new classroom ventilators.
The new units could utilize the existing steam or be converted to hot water
and tied into existing boiler system.
Unit ventilators have been used for classroom comfort and learning
productivity for over 80 years. New unit ventilators are 65% quieter than
previous models and deliver extra cooling capacity for the added ventilation
requirements prescribed by American Society of Heating, Refrigerating and
Air -Conditioning (ASHREA) Standards. Unit ventilators draw -through design
with face and bypass damper control provide superior temperature and
dehumidification control. New unit ventilator can be tied into Direct Digital
Controls (See Item # 3M-JH). Additional features include, economizer,
demand control ventilation (DCV) and part load, variable air options that
allow you to reduce operating costs while closely matching classroom
comfort requirements
Cost Estimate: $32,535
Priority: Medium
Elementary School
Component: Elementary School steam heating piping, steam traps and devices
Location: Thirteen of the school's nineteen classrooms have steam heating unit
ventilators fed from piping in tunnels below grade.
Deficiency: The 47+ year old steam heating devices, piping & components are
antiquated. Some of the steam traps in the tunnels are failing and require
attention or replacement.
Consequence: Unreliable heating, high maintenance demand
Photo #11VI-EL
Recommendation: I Investigate and repair faulty steam traps at existing unit ventilators and in
the steam tunnels.
Maintenance of steam traps
Source of the following information is from Spirax Sarco
(www.spriaxsarco.com)
Routine maintenance
Routine maintenance depends on the type of trap and its application. The
balanced pressure steam trap for example, has an element which is designed
for easy replacement. Changing these on a regular basis, maybe once every
three years or so, might seem wasteful in time and materials. However, this
practice reduces the need for trap checking and should ensure a trouble free
system with minimal losses through defective traps.
Routine maintenance which involves cleaning and re -using existing internals
uses just as much labor but leaves an untrustworthy steam trap. It will have
to be checked from time to time and will be prone to fatigue. Any routine
maintenance should include the renewal of any suspect parts, if it is to be
cost effective.
45
Replacement of internals
The renewal of internal parts of a steam trap makes good sense. The body
will generally have as long a life as the plant to which it is fitted and it is only
the internal parts which wear, depending on system conditions. There are
obvious advantages in replacing these internals from time to time. It
depends on the ease with which the new parts can be fitted and the
reliability and availability of the refurbished trap. The elements of
thermostatic traps can generally be changed by removing a screwed in seat.
Replacement is simple and the remade trap will be reliable assuming the
maintenance instructions are correctly carried out.
If the seat or disc faces of a thermodynamic trap become damaged, the disc
can simply be replaced (Figure 11.14.6). Damage to seating faces can be
rectified by lapping gently. Replacing the seats of some higher pressure
thermodynamic traps is more complicated. Two separate gasketed joints
may have to be made or a single gasket may have to cope with two or more
steam/condensate passages. The weakest point is often the joint between
trap body and seat, particularly if this has been allowed to blow steam.
Always check with the manufacturer regarding the correct technique for any
maintenance work required on steam traps. A reputable manufacturer will
always be able to supply appropriate literature, advice, and spare parts.
Fig. 11.14.6 Sectional view of a thermodynamic trap with the disc as one
moving part
A lot will depend on site conditions. The small float trap, shown in Figure
11.14.7, is designed so that the cover with the internals attached can be
taken to the workshop, leaving the main body attached to the pipe. This is
often preferable to renewing the seats of inaccessible traps, which have
been welded into the pipe work under dirty site conditions.
I
Fig. 11.14.7 Internals of float -thermostatic trap with steam lock release
and air vent
Replacement of traps
On occasions, it will be easier and cheaper to replace traps rather than
repair them. In these cases it is essential that the traps themselves can be
changed easily. Flanged connections provide one solution, although the
flanged trap is more expensive than the equivalent screwed trap. Mating
flanges are an additional expense.
A swivel connector allows rapid easy removal and replacement of the sealed
trap. The trap shown in Figure 11.14.8 is specifically designed for easy
replacement for such a system. It comprises a pipeline unit or connector
which remains in the pipeline during the maintenance procedure. The trap
can be replaced simply by attending to two bolts. This type of trap can be
matched to the same connector providing flexibility of choice and
rationalization of spares. Connectors are also available with integral piston
isolation valves ensuring downtime is kept to a minimum.
Fig. 11.14.8 Swivel connector trap for quick replacement
Cost Estimate:
$4,485
Priority:
Medium
47
Component: Air -handling unit, steam heating coil
Location: Gymnasium air -handling unit
Deficiency: Condensate leaks at steam trap (downstream of trap on condensate return
side). Inadequate heat exchange due to probable sediment clogging of
heating coil. Problem occurred after the first year of operation. The coil was
installed as part of the 2005 energy improvements project.
Consequence: Moisture damage to gym flooring, poor heat transfer at coil resulting in
extended run time and inefficient operation.
Photo #2M-EL
Recommendation: Investigate steam coil for possible sediment buildup and clean or replace as
required. Install appropriate filters and strainers and repair cause of
moisture leak at condensate return.
Cost Estimate: $21028
Priority: Medium
Component:
Central heating system's pneumatic controls
Location:
Entire facility, classrooms, offices and boiler room
Deficiency:
Antiquated system, requires air compressor, has limited control features
Consequence:
Inefficient operation, limited user control strategies
Photo #3M-EL
Recommendation: I Replace existing pneumatic controls with modern direct digital controls.
See Item #6M-HS for further explanation of replacing existing pneumatic
controls with modern direct digital controls.
Cost Estimate: $124,187
Priority: Low
Component: Kitchen freezer refrigerant piping to exterior condenser
Location: Northwest (front) exterior wall of gymnasium
Deficiency: Improper piping insulation
Consequence: Excessive frost accumulation on piping resulting in reduced equipment
performance, equipment life and operating efficiency.
Photo #4M-EL
Recommendation: Install insulation and weather jacket to all piping. We also recommend that
the refrigerant charge level be evaluated by a refrigeration technician.
Cost Estimate: $1,106
Priority: High
50
ELECTRICAL SYSTEMS DEFICIENCIES
High School
Item # 1E ;HS
,,_:. F ......
tan
�.4WI p�,
Component:
Egress Lighting
Location:
Building Interior and Exterior
Deficiency:
Lacking emergency egress lighting.
Consequence:
Code violation and life safety hazard in the event of power loss. Per IBC
1006.3, in the event of a power failure, an emergency electrical system shall
automatically illuminate exterior landings for exit discharge doorways in
buildings that have two or more exits.
Recommendation:
Install new exterior luminaire with remote mounted battery or exterior
emergency lighting with integral battery rated for cold weather.
Install emergency egress lighting as required by code. This can be done by
utilizing combination exit signs/lighting units or possibly retrofitting
luminaires in the egress path with battery ballasts. Exterior egress lighting
can be achieved by utilizing a low voltage remote head or installing new wall
pack with a line voltage lamp as intended for normal use with low voltage
lamping and remote battery for emergency use.
Cost Estimate:
$9,656
Priority:
High
51
Component:
Gymnasium light fixtures
Location:
Gymnasium
Deficiency:
Inefficient power consumption, Poor lighting levels, Slow start up
Consequence:
Excess power consumption and poor lighting quality
Photo #2E-HS
�s
Replace lighting in gymnasium with 4' T5HO high bay luminaires. These
Recommendation:
luminaires provide instant start, improved performance and lighting quality
over the existing luminaires and offer energy savings with a revised lighting
design.
Lighting incentives are available through Bonneville Power. It is
recommended that funding grants/rebates for this project be investigated.
Cost Estimate:
$17,321
Priority:
Medium
52
Component: Exterior receptacles
Location: Shops building
Deficiency: Not weather-proof per NEC 406.8 (A)
Consequence: Potential electrical hazard
Photo #3E-HS
Recommendation: I Provide new receptacle weatherproof cover.
Cost Estimate: $20
Priority: Higl
53
Component: Electrical Panels
Location: Weight Room
Deficiency: Outdated equipment
Consequence: Potential failure of overprotection devices
Photo #4E-HS
Recommendation: Replace existing panels with new panel. Connect existing wiring to new
breakers in new panel.
Cost Estimate: $5,327
Priority: Medium
Component:
Fire alarm notification devices
Location:
Gymnasium
Deficiency:
Not enough notification devices to provide sufficient coverage.
Consequence:
Insufficient coverage poses safety hazards when system alarms
Recommendation:
Install two new strobes and two new horn strobes in gymnasium and
connect to existing fire alarm system. Verify existing system will
accommodate new devices.
Cost Estimate:
$2,604
Priority:
Medium
54
Component:
Fire alarm notification devices
Location #1:
Boys Restroom
Location #2:
Girls Restroom
Deficiency:
No strobe device in restrooms. Per IBC 907.9.1.1, visible notification devices
shall be provided in public and common areas.
Consequence:
Code Violation and insufficient coverage poses safety hazards when system
alarms
Recommendation:
Install new strobes in restrooms and connect to existing fire alarm system.
Verify existing system will accommodate new devices.
Cost Estimate:
$1,484
Priority:
Medium
Component: Luminaires
Location #1: Welding Shop
Location #2: Wood Shop
Deficiency: Inefficient lamping
Photo 1 #7E-HS:
Consequence: I Excess power consumption
Recommendation: Replace lighting with 4' T51-10 high bay luminaires. These luminaires offer an
improved performance and lighting quality over the existing luminaires and
offer energy savings if implemented with a revised lighting design.
Cost Estimate: $13,867
Priority: I Low
55
Component:
Receptacles
Location #1:
Boys and Girls Restroom in Hall
Deficiency:
Receptacle in restroom not GFI
Consequence:
Code violation per 210.8 (B)
Recommendation:
Remove and replace existing receptacles with GFI receptacles.
Cost Estimate:
$168
Priority:
High
Junior High School
Component:
Egress Lighting
Location:
Building Exterior
Deficiency:
Lacking emergency egress lighting
Consequence:
Code violation and life safety hazard in the event of power loss. Per IBC
1006.3, in the event of a power failure, an emergency electrical system shall
automatically illuminate exterior landings for exit discharge doorways in
buildings that have two or more exits.
Photo 1 #1E-JH
Recommendations: I Install new exterior luminaire with remote mounted battery or exterior
emereencv liehtinE with integral battery rated for cold weather.
Cost Estimate: $4,908
Priority: High
56
Component: Receptacle
Location: Cafeteria
Deficiency: Receptacle wired incorrectly, reverse polarity
Consequence: Potential safety hazard
Photo 1 #2E-JH
Recommendation: Rewire the receptacle by reversing the hot and neutral conductors at the
receptacle.
Cost Estimate: $120
Priority: High
Component:
Fire alarm notification devices
Location #1:
Boys and Girls Restroom near kitchen
Location #2:
Boys and Girls Restroom in basement
Location #3
Insufficient visible notification devices in auditorium
Deficiency:
No strobe device in restrooms. Per IBC 907.9.1.1, visible notification devices
shall be provided in public and common areas.
Consequence:
Code Violation and insufficient coverage poses safety hazards when system
alarms.
Recommendation:
Install new strobes in restrooms and connect to existing fire alarm system.
Verify existing system will accommodate new devices.
Cost Estimate:
$3,542
Priority:
Medium
57
Component:
Luminaires with T12 lamps
Location #1:
Mechanical Room
Location #2:
Art room
Deficiency:
Inefficient lamping
Consequence:
Excess power consumption
Photo 1 #4E-JH
Recommendation: Replace lighting with 4' T5 luminaires. These luminaires offer an improved
performance and lighting quality over the existing luminaires and result in
energy savings.
Cost Estimate: $1,532
Priority: Low
Component: Receptacles
Location #1: Library/Library Storage Areas
Deficiency: Insufficient quantity of the receptacles
Consequence: Potential for overloading existing receptacles and circuits. Little room to
accommodate electrical needs of future equipment.
Photo 1 #5E-JH I I
Photo 2 #5E-1H
Photo 3-4 #5E-JH
Recommendation: Locate and provide new receptacles in library to meet the needs of the
space. Provide new electrical cable from new receptacle circuits to new 20A
breakers in existing hallway panel.
Cost Estimate: $7,099
Priority: Medium
59
Component:
Clocks
Location #1:
Whole Building
Deficiency:
Majority of the clocks are battery operated and not tied to central clock
system.
Consequence:
Clocks are not synchronized. Inconvenient for staff.
Recommendation:
Provide new hardwired clocks and tie into existing clock controller or provide
new controller with wireless transmitter and new battery operated clocks
with wireless receiver. The latter would require an investigation to test
signal strength to make sure all clocks would receive the wireless signal from
the master control.
Cost Estimate:
$10,500-$14,700
Priority:
Low
Component: Fire Alarm System
Location #1: Building (Junior High and High school)
Deficiency: Building is not up to code with notification device coverage. Fire alarm
control panel approaching the end its useful life.
Consequence: Life safety hazard, code violation. Current code states that the visible
notification devices shall be located in all common or public areas; this
includes restrooms, corridors, gymnasiums, auditoriums and classrooms.
This panel has been discontinued; however aftermarket parts are still
available.
Photo #7E-JH
Recommendations: Install new strobes and horn/strobes to be located in the common areas in
appropriate locations to meet code required coverage. It is possible to
connect new devices to this existing panel. It is recommended, however
that the alarm system be replaced with a new addressable alarm system.
This new system would accommodate both the high school and junior high.
Cost Estimate: $35,000-$56,000
Priority: High
Elementary School
Component:
Electrical receptacle circuiting
Location:
Multiple classrooms and library
Deficiency:
Insufficient quantity and spacing of electrical receptacles. Most classrooms
have no receptacles on their exterior walls. In addition multiple classrooms
are currently wired on the same receptacle circuit.
Consequence:
Insufficient power for classroom computers/electronics. There have been
multiple problems associated with breakers tripping as a result of this
deficiency.
Photo 1 #1E-EL
Photo 2 #1E-EL
Recommendation: Install new convenience receptacles in the classrooms in compliance with
NEC codes. This would include receptacles on the exterior walls where there
are none. Coordinate the location of additional receptacles to meet the
functional needs required by each space. Circuit new receptacles to new
20A/1P breakers in existing load centers (Photo 2). Currently a number of
the classrooms share electrical circuits. It is recommended that classrooms
receptacles be individually circuited to the electrical panels.
Cost Estimate: $21,399
Prioritv: Medium
61
Component: (58) 8-ft long, 2-lamp T12 light fixtures (116 lamps total)
Location #1: Gymnasium (25 luminaires)
Locations #2: 6 Classrooms in addition. (25 luminaires)
Location #3: Basement (8 luminaires)
Deficiency: Antiquated and inefficient lighting fixtures/lamps
Consequence: Inefficient lighting, excess electrical energy costs
Photo #2E-EL
Photo #2E-EL
Recommendation: Replace lighting in gymnasium with 4' T5HO high bay luminaires. These
luminaires offer an improved performance and lighting quality over the
existing luminaires and result in energy savings if implemented with a
revised lighting design. Replace pendant mount luminaires with new high
performance luminaires with T5 or T51-10 lamping. Replace T12 luminaires in
the basement with T5 strip style luminaires.
Lighting incentives are available through Bonneville Power. It is
recommended that funding grants/rebates for this project be investigated.
Cost Estimate: $26,319
Priority: Low
62
Component: Fire Doors
Location #1: Double doors near 6 classroom addition
Deficiency: Owner reported the fire doors do not operate properly
Consequence: Life safety hazard.
Photo #3E-E1 am
Recommendations: Install new magnetic door holds. This project will require coordination with
an electrical contractor and fire alarm contractor.
Cost Estimate: $2,800
Priority: High
Component: Egress Lighting
Location: Building Exterior
Deficiency: Lacking emergency egress lighting
Consequence: Code violation and life safety hazard in the event of power loss. Per IBC
1006.3, in the event of a power failure, an emergency electrical system shall
automatically illuminate exterior landings for exit discharge doorways in
buildings that to have two or more exits.
Recommendations: Install new exterior luminaire with remote mounted battery or exterior
emergency lighting with integral battery rated for cold weather.
Cost Estimate: $6,168
Priority: High
63
Component:
Panels
Location:
Corridor and Boiler Room
Deficiency:
Outdated equipment.
Consequence:
Potential failure of overprotection devices
Photo 1 & 2 #5E-EL
Photo 3 & 4 #5E-EL
Photo 5 & 6 #5E-EL
Recommendations: All of the over current protection devices in the existing electric panel
boards have reached the end or their rated life. The result can be slower
reaction times to meet intended breaker trip settings. These longer
reaction times result in more energy being delivered at the location of a
fault that needs to be cleared quickly.
It is recommended to replace existing panel boards and main distribution
panel N with new panel boards that incorporate new circuit breakers with
reliable trip settings. Reconnect existing wiring to new breakers in the new
panels
Cost Estimate: $41,475
Prioritv: Hieh
Component:
Location #1:
Deficiency:
Consequence:
Photo 1 #6E-EL
Photo 2 #6E-EL
Panels A and C
Corridor
Multiple feeds per I
Code violation
Shared lue for su
ion device
Shared lug with sub -feed for computer panel.
Recommendations Panel A -Relocate surge protection device conductors to spare breakers
nearest panel feeder lugs.
Panel C — Provide double lug connection to existing main lugs to
accommodate separate conductors for new wing feeder.
Cost Estimate: $780
Priority: I High
65
Component:
Splices and wiring
Location #1:
Main Distribution
Deficiency:
Splice in main distribution panels are not allowed by code. Some (white
wiring shown picture #7E-EL) wiring in panel is outdated and should be
replaced.
Consequence:
Per NEC 312.8, enclosures for over current protection devices shall not be
used as a junction box. The white wiring is outdated, and is potential
hazard.
Photo #7E-EL i "` n
.�
Recommendations: Provide code approved junction box outside of the main distribution panel.
All splices shall be within the new junction box(s) outside of the main
distribution panel. Pull outdated wiring from existing termination point and
replace with new wiring per code.
Cost Estimate: $1,144
Priority High
:.
Component: Fire Alarm System
Location #1: Building
Deficiency: Building is not up to code with notification device coverage. Fire alarm
control panel is beyond its useful life.
Consequence: Life safety hazard, code violation. Current code states that the visible
notification devices shall be located in all common or public areas, which
includes restrooms, corridors and classrooms.
The current fire alarm control panel is outdated and parts are no longer
available. This panel is unable to accommodate any additional visible
notification appliances.
Photo #8E-E1
Recommendations: It is recommended that the alarm system be replaced with a new
addressable alarm system. Install new strobes and horn/strobes to be
located in the common areas in appropriate locations to meet code
required coverage.
Cost Estimate: $35,000-$56,000
Priority: Low
Component:
Clocks
Location #1:
Whole Building
Deficiency:
Majority of the clocks are battery operated and not tied to central clock
system.
Consequence:
Clocks are not synchronized. Inconvenient for staff.
Recommendation:
Provide new hardwired clocks and tie into existing clock controller or provide
new controller with wireless transmitter and new battery operated clocks
with wireless receiver. The latter would require an investigation to test
signal strength to make sure all clocks would receive the wireless signal from
the master control.
Cost Estimate:
$8,400-$11,760
Priority:
Low
67
SECTION A
A.1 EXECUTIVE SUMMARY SYSTEM DEFICIENCIES TABLE
1. General Building Systems Deficiencies
2. Mechanical Systems Deficiencies
3. Electrical Systems Deficiencies
A.2 ROOF INVESIGATION PLANS
1. R-1 W.F. Morrison Elementary School
2. R-2 Troy JR. High/High School/Shop Building
SECTION B
B.1 CONSTRUCTION COST ESTIMATES
MEANS Construction Cost Data was used as the source of the cost data. Construction costs were
indexed for the State of Montana using union pay scales. The figures listed include contingencies
and contractor overhead and profit.
SECTION A
A.1 EXECUTIVE SUMMARY SYSTEM DEFICIENCIES TABLE
4
x
■
x�
gpp
1
c
0
$
Q
I
e
-77
[-', 4,
FW
zi
8
8
$$$
3
�1
aims
1
s
a
,.-
s
JIM
S S2
L
E
no-
g
I
l.
F
gg p
gyr
a
.,
m
gs
!I,,
ggggs
Ap
g
EF
Al
Y
[%
ggglift
11
OUT
8
YRs
x
�
a
P
A
ppyy�
F
4
Po
�
S
A
A.2 ROOF INVESIGATION PLANS
FYI]
'to l
-----------------
I
��a$�inelkfe�slei9� � � a
ICE �s psi
e
,68
�•I I I I _I I 1� 1� ' � ' Y
V_• O
N
W. I
,8l
SECTION B
B.1 CONSTRUCTION COST ESTIMATES
71
Construction Costs: Recommendations
#1G-HS -High School Gvmnasium: Add Floor Structure (Post Beam)
Oty
Description
Unit
Total Incl. 0&P
3
03 30 53 3950 Miscellaneous Cast -In -Place Concrete, Footings, strip (3000 psi) 36"x12", reinforced
C.Y.
645
8
06 18 t3 8120 Glued -Laminated Beams, Straight beams, 20'span, 5-118"xl5"
Ea.
2,920
32
06 11 10 0460 Framing with Dimensional, Engineered or Composite Lumber, Pasts and Columns 6"x6"
M.B.F.
592
1
Crawspace Difficulty factor
%
6,236
Totals $ 10,393
Design Fee $ 1,559
Contingency $ 2,079
General Conditions, Insurance, Taxes $ 1,039
Total Costs $ 15,069
#2G.HS - High School Gvmnasium: Add Ground Cover Moisture Barrier, Crawisoace
Qry
Description
Unit
Total Incl. O&P
80
1
07 26 10 1200 Above -Grade Vapor Retarders, Polyethylene vapor bamer, standard, ,010" thick
Crawspace Difficulty factor
S.Q.
I %
1,340
1,675
Totals $ 3,015
Design Fee $ -
Contingency $ 603
General Conditions, Insurance, Taxes $ 302
Total Costs $ 3,920
#3G-HS • High School: Various Minor Roof Repairs
Qty I Description Unit Total lncl.0&P
Refer to Appendix: Roof Investigation Survey Prepared by Benchmark Roof & Pavement Consultants, August 2007
Totals $
Design Fee $
Contingency $ -
General Conditions, Insurance, Taxes $ -
Total Costs $ -
#4G.HS - High School: Resurface and Recondition Student Locker (Original 1950's Portion of Schooll
Ory
Description
I Unit
Total Incl. O&P
1,400
1
09 9123 0400 Interior Painting, Electrostatic Painting, Flat Surfaces (lockers, casework, elev doors, etc), Two coats
Misc. Prep. Work, Taping & Tenting
S.F.
I L.S.
3,122
3,000
Totals $ 6,122
Design Fee $ -
Contingency $ 1,224
General Conditions, Insurance, Taxes $ 612
Total Costs $ 7,969
#SG.HS - High School: Remove and Reolace 4 Existina Stainless Steel Urinals With Low Flow Fixtures
Qry
Description
Unit
Total Incl. O&P
4
1
22 42 13 3100 Commercial: Urinals, Wall hung, vitreous china, with hanger & self -closing valve, Siphon jet type
Misc. Plumbing Modifications
Ea.
L.S.
2,180
150
Totals $ 2,930
Design Fee $ -
Contingency $ 586
General Conditions, Insurance, Taxes $ 293
Total Costs $ 3,809
#6G•HS - Hiah School: Remove and Reolace 2 F,atino Multi -Doer SNIe 1 avalnry R—i— Add Pnln1 of lien W.—id—f.,
Qry
Description
Unit
Total Incl. O&P
2
22 42 33 5620 Commercial Wash Fountains, Group, infrared control, barrier free, Precast terrazzo, Semi -circular 36" diam., 3
Ea.
12,750
1
22 33 13 8974 Instantaneous Electric Point -of -User Water Heater, electric, glass lined, 6 gal, single element
Ea.
535
1
Misc. Plumbing Modifications
L.S.
750
1
Misc. Electrical Connections
Ea.
500
Totals $ 14,535
Design Fee $ -
Contingency $ 2,907
General Conditions, Insurance, Taxes $ 1,454
Total Costs $ 18,896
#7G-HS - High School Shop: Replace Restroom Doors, Jams and Frames, ADA Compliant Hardware
Qry I Description Unit Total Incl. OAP
Z 108 13 13 0060 Hollow Metal Doors, 1-3/8" thick, 20 ga., 3'-0" x 6'-8" Ea. 790
Totals $ 790
Design Fee $ -
Contingency $ 158
General Conditions, Insurance, Taxes $ 79
Total Costs $ 1,027
Construction Costs: Recommendations
#8G-HS - High School Weight Room: RepairlMonitor Roof Leak at Roof Drain Penetration
Qry Description Unit 1 Total Incl. O&P
Refer to Appendix: Roof Investigation Survey Prepared by Benchmark Roof & Pavement Consultants, August 2007
Totals $
Design Fee $ -
Contingency $ -
General Conditions, Insurance, Taxes $
Total Costs $ -
#9G-HS - High School: Tape, Texture and Paint Cracking/Separating Joints
City
Description
Unit
Total Incl. 0&P
400
09 29 10 1090 Gypsum Board Panels, On ceilings, standard, With compound skim coal (level 5 fnish)
S,F.
500
400
09 9103 0680 Paint Restoration, Interior Surface Preparation, Gypsum board or plaster, heavy
S.F.
80
1
Misc. Prep. Work, Taping & Tenting
L.S.
3,000
Totals $ 3,580
Design Fee $ -
Contingency $ 716
General Conditions, Insurance, Taxes $ 358
Total Costs $ 4,654
#1GJH -Junior High: Various Minor Roof Repairs
City Description Unit I Total Incl. O&P
Refer to Appendix: Roof Investigation Survey Prepared by Benchmark Roof & Pavement Consultants, August 2007
Totals $
Design Fee $ -
Contingency $ -
General Conditions, Insurance, Taxes $ -
Total Costs IS -
#2GJH - Junior High: Major Building Modification/Addition Project, Handicap Accessible Restrooms, New Admin. Area, New Entry, Elevator
Qry Description Unit I Total Incl. O&P
Refer to Quality Schools Project Grant Application Prepared by Architects Design Group, February 2010 11175,270
Totals $ 1,175,270
Design Fee $ -
Contingency $ -
General Conditions, Insurance, Texas $ -
Total Costs $ 1,175,270
#3GJH - Junior High: Major Building Modification/Addition Project, Handicap Accessible Restrooms, New Admin. Area, New Entry, Elevator
City Description Unit 1 Total Incl. O&P
Refer to Quality Schools Project Grant Application Prepared by Architects Design Group, February 2010 1,175.270
Totals $ 1,175,270
Design Fee $ -
Contingency $ -
General Conditions, Insurance, Taxes $ -
Total Costs $ 1,175,270
#4GJH - Junior High: Major Building Modification/Addition Project, Handicap Accessible Restrooms, New Admin. Area, New Entry, Elevator
Qty Description Unit 1 Total Incl. O&P
Refer to Quality Schools Project Grant Application Prepared by Architects Design Group, February 2010 1,175,270
Totals $ 1,175,270
Design Fee $ -
Coning ency $
General Conditions, Insurance, Taxes $ -
Total Costs $ 1,175,270
#5GJH - Junior High: Major Building Modification/Addition Project, Handicap Accessible Restrooms, New Admin. Area, New Entry, Elevator
City Description Unit I Total Incl. O&P
Refer to Quality Schools Project Grant Application Prepared by Architects Design Group, February 2010 1,175,270
Totals $ 1,175,270
Design Fee $ -
Contingency $ -
General Conditions, Insurance, Texas $ -
Total Costs $ 1,175,270
#6G4H - Junior High: Construct New Cast -In -Place Concrete Stair with Continuous Guard Rail, Front Entry (East), Auditorium (East)
Qty
Description
Unit
I Total Incl. O&P
1
Demoliticn, Existing Concrete Stairs & Railing
L.S.
2,500
2
G2D10110 Stairs, C.I.P. concrete, w/landing, 12 risers, With nosing
Flight
7,200
45
05 52 13 0580 Railings, Pipe, shop fab'd, 3'-6" high, posts @ 5' O.C.
L.F.
2,295
1
Misc. Painting, Finish
L.S.
500
Totals $ 12,495
Design Fee $ -
Contingency $ 2,499
General Conditions, Insurance, Taxes $ 1,250
Total Costs $ 16,244
Construction Costs: Recommendations
#7GJH -Junior Hiah: Construct New Continuous Guard Rail. Front Entm (East). Auditorium (East!
City
Description
Unit
Total Incl. O&P
1
Demolition, Existing Stair Railing
L.S.
500
45
05 52 13 0580 Railings, Pipe, shop Mod, T-6" high, posts Q 5' O.C.
L.F.
2,295
1
Misc. Painting, Finish
L.B.
100
Totals $ 3,295
Design Fee $ -
Contingency $ 659
General Conditions, Insurance, Taxes $ 330
Total Costs $ 4,284
#8GJH - High School: Replace Existing Exterior Doors/Frames, Front Entry (East). Auditorium (East & West). Handlcao Entry (Northl
City
Description
Unit
I Total ]not. O&P
4
Demolition, Existing Double Door/Frame Assemblies
L.S.
1,000
4
B2030 110 6350 Glazed Doors, Steel or Aluminum, Alum. & glass, w/panic Hrdwre., dbl door 6-0"x7'-O"
Ea.
15,400
4
Misc. Painting & Trim Work
L.S.
800
Totals $ 17,200
Design Fee $ -
Contingency $ 3,440
General Conditions, Insurance, Taxes $ 1,720
Total Costs $ 22,360
#9GJH -Junior High: Remove & Replace Existing Window Svstems. Entire Facility. Hiah-Eff. Glass & Translucent Kal-Wall System
City
Description
Unit
Total Incl. O&P
Demolition
14
08 05 051020 Selective Demolition of Windows, Steel, including trim, to 25 S.F.
Ea.
406
23
08 05 051040 Selective Demolition of Windows, Steel, including trim, to 50 S.F.
Ea.
1,392
New Construction
North Windows
68
0845 Translucent Wall and Roof Assemblies, 1550 Grid type, 4' to 10' modules, single glass glazed, maximum
S.F.
4,794
136
B2020 210 1750 Tubular Aluminum Framing, insulated glass, 2"x4.1/2", 5'x6opening, one intermediate horizontal
S.F.
3,924
East Windows (Front)
266
0845 Translucent Wall and Roof Assemblies, 1550 Grid type, 4' to IT modules, single glass glazed, maximum
S.F.
18,753
709
B2020 210 1750 Tubular Aluminum Framing, insulated glass, 2"x4-10, 514' opening, one intermediate horizontal
S.F.
20,455
South Windows
28
0845 Translucent Wall and Roof Assemblies, 1550 Grid type, 4' to 10' modules, single glass glazed, maximum
S.F.
1,974
80
B2020 210 1750 Tubular Aluminum Framing, insulated glass, 2"x4-112", 64' opening, one intermediate horizontal
S.F.
2,308
West Windows
252
0845 Translucent Wall and Roof Assemblies, 1550 Grid type, 4' to 10' modules, single glass glazed, maximum
S.F.
17,766
504
B2020 210 1750 Tubular Aluminum Framing, insulated glass, 2"x4-1/2", VxV opening, one intermediate horizontal
S.F.
14,540
Totals $ 86.311
Design Fee $ 12,947
Contingency $ 17,262
General Conditions, Insurance, Taxes $ 8,631
Total Costs $ 125,151
#1OG-JH - Junior Hiah: Third Floor Fire Eseaoe. Evaluate and Identfir Pro ar Ser. of Fxictine Staimaaa to n,sininn Str—t.—
City
IDescription
Unit
Total Incl. O8P
1
Struduml Engineers Investigation & Evaluation
L.S.
700
Totals $ 700
Design Fee $ -
Contingency $ 140
General Conditions, Insurance, Taxes $ 70
Total Costs $ 910
#11G.JH - Junior High: 2 Front (East) Entrances. Remove and Replace Single Pane Windows W/ Custom. Therm. Eff. 2-Pana Glass
City
Description
Unit
Total Incl. O&P
Demolition
5
08 05 051020 Selective Demolition of Windows, Steel, including trim, to 25 S.F.
Ea.
145
2
08 05 051040 Selective Demolition of Windows, Steel, including trim, to 50 S.F.
Ea.
121
New Construction
Front Entry Windows (East!
1
08 52 161380 Bow Window Including frames, screens, and grilles, Vinyl clad, double insulated glass 1O'-0"x 6'-0", 5 panels
Ea.
2,460
5
OB 52 10 0524 Casement Window, vinyl clad, premium, double insulated glass, 2'-0"x 4'-0"
Ea.
1,775
Auditorium Entry Windows (East)
1
08 52 161340 Bow Window Including frames, screens, and grilles, Vinyl clad, double insulated glass 9'-0"x 4'-0", 4 panels
Ea.
1,525
Totals $ 6,016
Design Fee $ 902
Contingency $ 1,203
General Conditions, Insurance, Taxes $ 602
Total Costs $ 8,723
Construction Costs: Recommendations
#1 G-EL -Elementary School: Various Minor Roof Repairs
City IDescription Unit Total Incl. 0&P
Refer to Appendix: Roof Investigation Survey Prepared by Benchmark Roof & Pavement Consultants, August 2007
#2G-EL - Elementary School: Boiler Room Roof Settlement, Construct New Supporting Roof Structure, Sloped Roof Insulation & Drainage
Qty
Description
Unit
Total Incl. O&P
Demolition
526
Roof Demolition & Disposal: Gypsum Board Plaster Cell., 2x12 Joists at 16" O.C., Sheathing to 1" thick, Roof Insulation, Man
5 S.F.
5,786
1
Disconnect, Support & Reconnect Ceiling Suspended Mach., Elect., Plumb
L.S.
7,500
New Construction
526
C3030 110 5100 Drywall Ceilings, 5/8" F.R. drywall, painted and textued, 1"x3" wood, 16" O.C., wood
S.F.
1,268
526
B1020 102 Wood/Flat or Pitched 7001 Wood tress, 4 in 12 slope, 24" O.C., 24' to 29' span
S.F.
2,772
526
B3010 320 2660 Roof Deck Rigid Insulation, 40 PSI compressive strength, 3" thick R15
S.F.
968
526
83010 320 2650 Roof Deck Rigid Insulation, 40 PSI compressive strength, 3" thick R15
S.F.
968
526
B3010 120 2000 Single Ply Membrane, EPDM (Ethylene propylene diene monomer), 45 mils, fully adhered
S.F.
889
70
B3010 420 2800 Roof Edges, Sheet Metal, galvanized, 20 Ga., 6" Face Height
L.F.
1,295
2
ID2040 210 Roof Drain Systems, Roof drain, DWV PVC, 3" diam., piping 10' high
Ea.
1,318
Totals $ 22,763
Design Fee $ 2,276
Contingency $ 4,553
General Conditions, Insurance, Taxes $ 2,276
Total Costs $ 31,869
#3G-EL - Elementary School: Skylights, Remove/Replace (16) Exist., Poor-Eff. Dome Skylights W/ Modern, Therm. Eff. Translucent Skylights
Qly,
Description
Unit
I Total Incl. O&P
Demolition
256
08 05 05 Selective Demolition of Skylight, 4410 plstc domes, flush/curt mid
S.F.
630
New Construction
256
08 45 0020 Translucent Wall and Roof Assemblies: Skyroofs, Translucent panels, 2-3/4" thick Under 5000 S.F.
S.F.
9.088
Totals
$
9,718
Design Fee
$
972
Contingency
$
1,944
General Conditions, Insurance, Taxes
$
972
Total Costs
$
13,605
#4G-EL- Elementary School: Tile Floor Transition, Reconstruct Floor Trasitition, New Tile Flooring to Match
Qty Description Unit Total Incl. O&P
1 I Demo. Portion of existing tile floor system, grind and/or level concrete expansion joint, reconstruct new tile floor to match exisl L.S. 1 2,500
Totals $ 2,500
Design Fee $ -
Contingency $ -
General Conditions, Insurance, Taxes $ -
Total Costs $ 2,500
#5G-EL - Elementary School: Recently Replaced Operable Window Sections, Weather Strip and/or Spray Foam SeamslAir-Gaps
Qly Description Unit Total Incl. 0&P
Project to be completed by installation contractor as part of original scope of work 0
#1M-HS - High School: Repair Steam/Condensate Leaks Associated With Steam Heating Devices in Crawlspace Below Gymnasium
Qty
Description
Unit
Total Incl. O&P
Demolition
1
Remove Existing Condensate Pumps, Piping, Valves
L.S.
2,400
New Construction
2
23 22 23 0200 Steam Piping, Pumps, Condensate Return, Simplex, 314 H.P. mh, float switch, controls, 10 Gal. C.I. rcvr, 6-15
Ea.
6,550
4
23 21 20 70 0140 Hydronic HVAC Piping Specialties, Steam Trap, 2" pipe size, with thermic vent & check valve
Ea.
4,600
200
22 11 13 0620 Facility Water Distribution Piping, Pipe Steel, 2-112" diameter
L.F.
6,400
200
122 07 194304 Plumb. Piping Insulation: Pipe covering, Cellular glass, closed cell foam, all serv, jacket, sealant, 2-V2" iron piJ
L.F.
1 ,250
Totals
$
22,200
Design Fee
$
4,440
Contingency
$
4,440
General Conditions, Insurance, Taxes
$
2,220
Total Costs
$
33,300
#2M-HS - High School: Remove Finned -Tube -Steam Radiators, Install New Ducted Air -Handler W/ Hydronic Heating Coil Suspended in Gym
Qly
Description
Unit
Total Incl. O&P
Demolition
1
Remove Existing Steam Healing Finned -Tube Convectors (2 @ 100 L.F. Ea.), Steam Piping and Traps
L.S.
1,100
New Construction
1
D3050 203 Packaged A/C, Hot Wtr. Heat, Const Volume, 5 Ton
Ea.
10,050
10
23 3715 2540 Louvers Electric or pneumatic operation
S.F.
650
2
23 3715 2560 Motor, for electic or pneumatic
Ea.
1,120
350
22 11 13 0620 Facility Water Distribution Piping, Pipe Steel, 2-1/2" diameter
L.F.
11,200
350
122 0719 4304 Plumb. Piping Insulation: Pipe covering, Cellular glass, closed cell foam, all serv. jacket, sealant, 2-1/2" iron pi
L.F.
3,938
Totals $ 28,058
Design Fee $ 5,612
Contingency $ 5,612
General Conditions, Insurance, Taxes $ 2,806
Total Costs $ 42,086
Construction Costs: Recommendations
#3M-HS - Convert Existing High School Heating System Fuel Source: #2 Diesel Fuel to LP Gas
City
Description
Unit
Total [net. O&P
Exterior Site Work
360
G1030 8051460 Trenching Common Earth, 12' deep, 1 C.Y. bucket
L.F.
9,900
90
32 12 13 0460 Asphalt Paving, 3" thick
S.Y.
1151.10
Underground Gas Piping (New Tank to Building)
120
33 5113 Natural -Gas Distribution: Piping, gas service and distribution, polyethylene, 3" diameter, SDR 11
L.F.
1266.00
Boiler Room
1
Boiler Burner Conversion: Diesel to LP Gas
L.S.
1 8,500
Totals $ 20,817
Design Fee $ 3,123
Contingency $ 4,163
General Conditions, Insurance, Taxes $ 2,082
Total Costs $ 30,185
#4M-HS - Replace Existing High School Boiler System With Modern LP Gas Boller System
Qty
Description
Unit
Total Incl. O&P
Exterior Site Work
360
G1030 8051460 Trenching Common Earth, 12' deep, 1 G.Y. bucket
L.F.
9,900
90
32 12 13 0460 Asphalt Paving, 3" thick
S.Y.
1151.10
Underground Gas Piping (New Tank to Building)
120
33 5113 Natural -Gas Distribution: Piping, gas service and distribution, polyethylene, 3" diameter, SDR 11
L.F.
1266.00
Boiler Room
1
23 05 05 Selective HVAC Demolition: Boilers 4000 thru 7000 MBH
Ea.
7.200
180
02 82 13 Asbestos Abatement, 0310 Pipes to 12"diamter including minor repairs
L.F.
2,160
400
02 82 13 Asbestos Abatement, 0310 Pipes to 12" diamter including minor repairs
S.F.
4,800
180
02 82 13 Asbestos Abatement, 0310 Pipes to 12" diamter including minor repairs
L.F.
2,160
1
D3020 130 1080 Boiler,cast iron, hot water, gas (Hot water boiler installation less boiler)
Ea.
30,371.00
1
Lochinvar Sync 1.5M, Vendor Price Quote
Ea.
29,030.00
1
03020 330 Circulating Pump Systems, End Suclari, Pump, base mid with motor, 4" size, 7-112 HP, to 350 GPM
Ea.
13,383.00
1
D3020 330 Auxillary Heating Pump
Ea.
5,025.00
Distribution Equipment: Convert Steam to Hot Water
6
Furnish and Install new steam unit ventilator, standalone digital controls, wire new t-slat, surface conduit, re -use exist osa grit
Ea.
36,111110
90
23 82 36 1266 Finned Tube Radiation, 2" steel tube, 4-114" steel fin
L.F,
7,470.00
24
23 09 23 3229 Direct-Digilal Control System for HVAC: Water temp.
Ea.
15,000.00
Totals $ 165,066
Design Fee $ 24,760
Contingency $ 33,013
General Conditions, Insurance, Taxes $ 16,507
Total Costs $ 239,346
#5M-HS - Repair High School Shop Building Air -Handling Unit
City
I Description
Unit
Total Incl. O&P
1
1
23 05 93 1100 Testing, Adjusting, and Balancing for HVAC, Heating and ventilating unit
Misc belts, sheaves, bearings
Ea.
Ea.
440.00
650.00
Totals $ 1,090
Design Fee $ -
Contingency $ 218
General Conditions, Insurance, Taxes $ 109
Total Costs $ 1,417
#6M-HS - High School Building Automated Control System: Replace Pneumatic Controls wl Modern Direct -Digital Controls
City
Description
Unit
Total Ind. O&P
Control ComponentslDDC Systems
26
23 09 23 3229 Direct -Digital Control System for HVAC: Water temp.
Ea.
16,250.00
18
23 09 23 0130 subctrs quote ind. material & labor, analog inputs, sensors (avg. 50' run in 112" EMT), space temperature
Ea.
9,360
4
23 09 23 0190 subctrs quote Incl. material & labor, status (alarms), digital inputs (avg. 50' run in 112" EMT), space static pees
Ea.
3,340
1
23 09 23 2110 subctrs quote incl. material & labor, status (alarms), digital inputs (avg. 50' run in 112" EMT), freeze
Ea.
340
1
23 09 23 2120 subctrs; quote incl. material & labor, status (alarms), digital inputs (avg. 50' run in 112" EMT), ire
Ea.
305
2
23 09 23 2210 status (alarms), digital output (avg. 50' run in 112" EMT), start/stop
Ea.
534
1
23 09 23 3100 subctr's quote incl. material & labor, controller MUX panel, 48 point, ind. function beards
Ea.
520
1
23 09 23 4100 front and costs, computer (PC)/software program
Ea.
5,100
B00
23 09 23 4400 front and costs, communications trunk cable
L.F.
2,360
26
23 09 23 4500 front end costs, engineering labor, excl. drafting
Point
1,677
26
23 09 23 4600 front and costs, calibration labor
Point
1,677
26
23 09 23 4700 front end costs, startup, checkout labor
Point
2,548
1
23 09 23 8050 applications software, basic maintenance manager software, excl. database entry
Ea.
1,525
26
23 09 23 8140 applications software, optimum start/stop
Point
845
Misc
1
Test and Balance System I
L.S.
9,500
Totals
$
55,881
Design Fee
$
8,382
Contingency
$
11,176
General Conditions, Insurance, Taxes
$
5,588
Total Costs
$
81,027
Construction Costs: Recommendations
#1M-JH - Convert Existing Junior High Heating System Fuel Source: #2 Diesel Fuel to LP Gas
city
Description
Unit
Total Incl. O&P
Exterior Site Work
360
G7030 8051460 Trenching Common Earth, 12' deep, 1 C.Y. bucket
L.F.
9,900
90
32 1213 0460 Asphalt Paving, 3" thick
S.Y.
1161.10
Underground Gas Piping (New Tank to Building)
120
33 5113 Natural -Gas Distribution: Piping, gas service and distribution, polyethylene, 3" diameter, SDR 11
L.F.
1266.00
Boiler Room
1
Boiler Burner Conversion: Diesel to LP Gas
L.S.
8,500
Totals
$
20,817
Design Fee
$
2,082
Contingency
$
4,163
General Conditions, Insurance, Taxes
$
2,082
Total Costs
$
29,144
#2M-JH - Replace Existing Junior High Boiler System With Modern LP Gas Boller System
Oily
Description
Unit
Total Incl. O&P
Exterior Site Work
360
G1030 8051460 Trenching Common Earth, 12' deep, 1 C.Y. bucket
L.F.
9,900
90
32 12 13 0460 Asphalt Paving, 3" thick
S.Y.
1151.10
Underground Gas Piping (New Tank to Building)
120
33 5113 Natural -Gas Distribution: Piping, gas service and distribution, polyethylene, 3" diameter, SDR 11
L.F.
1266.00
Boiler Room
1
23 05 05 Selective HVAC Demolition: Boilers 4600 thru 7000 MBH
Ea.
7,200
1
D3020 130 1080 Soiler,cast iron, hot water, gas (Hot water boiler installation less boiler)
Ea.
30,371.00
2
Lochinvar Sync 1.510, Vendor Pdce Quote
Ea.
58,060.00
1
D3020 330 Circulating Pump Systems, End Suction, Pump, base mtd with motor, 4" size, 7-112 HP, to 350 GPM
Ea.
13,383.00
1
D3020 330 Auxiliary Heating Pump
Ea.
5.025.00
Distribution Equipment: Convert Steam to Hot Water
12
Furnish and Install new steam unit ventilator, standalone digital controls, wire new t-slat, surface conduit, re -use exist asa grit
Ea.
72,300.00
16
D3050 140 1020 Cabinet Unit Healers, Hydronic, 60 MBH
Ea.
59,760.00
28,23
09 23 3229 Direct -Digital Control System for HVAC: Water temp.
Ea.
17,500.00
Totals $ 275,916
Design Fee $ 27,592
Contingency $ 55,183
General Conditions, Insurance, Taxes $ 27,592
Total Costs $ 386,283
#3MJH - Junior High Building Automated Control System: Replace Pneumatic Controls wl Modern Direct -Digital Controls
City
Description
Unit
Total Incl. O&P
Control Components/DDC Systems
28
23 09 23 3229 Direct -Digital Control System far HVAC: Water temp.
Ea.
17,500,00
22
23 09 23 0130 subctrs quote Ind. material & labor, analog inputs, sensors (avg. 50' run in 1/2" EMT), space temperature
Ea.
11,440
4
23 09 23 0190 subctrs quote Ind, material & labor, status (alarms), digital Inputs (avg. 50' run in 1/2" EMT), space static pres
Ea.
3,340
1
23 09 23 2110 subctrs quote incl. material & labor, status (alarms), digital inputs (avg. 50' run in 1/2" EMT), freeze
Ea.
340
1
23 09 23 2120 subctrs quote Incl. material & labor, status (alarms), digital inputs (avg. 50' run in 112" EMT), fire
Ea.
305
2
23 09 23 2210 status (alarms), digital output (avg. 50' run in 112" EMT), slartistop
Ea.
534
1
23 09 23 3100 subch's quote ind. material & labor, controller MUX panel, 48 point, incl, function boards
Ea.
520
1
23 09 23 4100 front end costs, computer (PC)Isoftwam program
Ea.
5,100
1,000
23 09 23 4400 front end costs, communications trunk cable
L.F.
2,950
28
23 09 23 4500 front end costs, engineering labor, excl. drafting
Point
1,806
28
23 09 23 4600 front end costs, calibration labor
Point
1,806
28
23 09 23 4700 front end costs, startup, checkout labor
Point
2,744
1
23 09 23 9050 applications software, basic maintenance manager software, excl. database entry
Ea.
1,525
28
23 09 23 8140 applications software, optimum start/stop
Point
910
Misc
1
Test and Balance System
L.S.
10,200
Totals $ 61,020
Design Fee $ 9,153
Contingency $ 12,204
General Conditions, Insurance, Taxes $ 6,102
Total Costs $ 88,479
#4MJH - Junior High Auditorium: Ventilation Air System
Oty
Description
Unit
Total Incl. O&P
1
D3050 203 Packaged A/C, Hot Win Heat, Consl. Volume, 5 Ton
Ea.
10,050
10
23 37 15 2540 Louvers Electric or pneumatic operation
S.F.
650
2
23 37 15 2560 Motor, for electic or pneumatic
Ea.
1,120
250
22 11 13 0620 Facility Water Distribution Piping, Pipe Steel, 2-1/2" diameter
L.F.
8,000
250
22 07 19 4304 Plumb. Piping Insulation: Pipe covering, Cellular glass, closed cell foam, all serv. jacket, sealant, 2-1/2" iron cil
L.F.
2,813
Totals $ 22,633
Design Fee $ 4,527
Contingency $ 4,527
General Conditions, Insurance, Taxes $ 2,263
Total Costs $ 33,949
Construction Costs: Recommendations
#5M-JH -Replace 4 Existing Steam Heating Unit Ventilators wl New Hot Water Ventilators
City i Description I Unit Total Incl. O&P
4 Furnish and Install new hot water unit ventilator, stand alone digital controls, wire new t-slat, surface conduit, re -use exist osa Ea. 24,10i
Totals $ 24.100
Design Fee $ 3,615
Contingency $ 2,410
General Conditions, Insurance, Taxes $ 2,410
Total Costs $ 32,535
#1M-EL - Replace Steam Traps in Tunnels Below Classrooms
City Description Unit Total Incl. O&P
3 23 21 20 70 0140 Hydronic HVAC Piping Specialties, Steam Trap, 2" pipe size, with thermic vent & check valve Ea. 3,451
Totals $ 3,450
Design Fee $
Contingency $ 690
General Conditions, Insurance, Taxes $ 345
Total Costs $ 4,485
#2M-EL - Elementary School Gymnasium Air -Handling Unit: RapAril lace Steam Tan_ Clean and Flueh llaadnn Coll
Qty
Description
Unit
Total Incl. O&P
1
1
23 2120 0210 Hydronic HVAC Piping Specialties, Steam Trap, 1-112" pipe size, with thermic vent & check valve
Clean and flush healing coil
Ea.
L.S.
710
850
Totals
$
1.560
Design Fee
$
-
Contingency
$
312
General Conditions, Insurance, Taxes
$
156
Total Costs
$
2,028
#3M-EL - Elementary School Automated Control System: Replace Pneumatic Controls wl Modern Dirent-Dinital Contrnis
City
Description
Unit
Total Incl. O&P
Control Components/DDC Systems
34
23 09 23 3229 Direct -Digital Control System for HVAC: Water temp.
Ea.
21,250,00
46
23 09 23 0130 subctr's quote incl. material & labor, analog inputs, sensors (avg. 50' run in 1/2" EMT), space temperature
Ea.
23,920
4
23 09 23 0190 subctr's quote Incl. material & labor, status (alarms), digital inputs (avg. 50' run in 1/2" EMT), space static pre.
Ea.
3,340
1
23 09 23 2110 subctr's quote incl. material & labor, status (alarms), digital inputs (avg. 50' run in 112" EMT), freeze
Ea.
340
1
23 09 23 2120 subctr's quote incl. material & labor, status (alarms), digital inputs (avg. 50' run in 1/2" EMT), fire
Ea.
305
2
23 09 23 2210 status (alarms), digital output (avg. 50' run In 112" EMT), start/stop
Ea.
534
1
23 09 23 3100 subcb's quote incl. material & labor, controller MUX panel, 48 point, inel. function boards
Ea.
520
1
23 09 234100 front end costs, computer (PC)/software program
Ea.
5,100
2,500
23 09 23 4400 front end costs, communications trunk cable
L.F.
7,375
45
23 09 23 4500 front end costs, engineering labor, excl. drafting
Point
2,967
46
23 09 23 4600 front end costs, calibration labor
Point
2.967
46
23 09 234700 front end costs, startup, checkout labor
Point
4,508
1
23 09 23 8050 applications software, basic maintenance manager software, excl. database entry
Ea.
1,525
46
23 09 23 8140 applications software, optimum slartistop
Point
1,495
Mi..
1
Test and Balance System
L.S.
9,500
Totals $ 85,646
Design Fee $ 12,847
Contingency $ 17,129
General Conditions, Insurance, Taxes $ 8,565
Total Costs $ 124,187
#4M-EL - Elementary School: Install Insulation and Weather Jacket To Exposed Refrigerant Piping
Qty Description Unit Total Incl. O&P
90 22 0719 4301 Plumbing Piping Insulation, Cellular glass, closed cell foam, all service jacket, sealant, 1" iron pipe size L.F. 851
Totals $ 851
Design Fee $ -
Contingency $ 170
General Conditions, Insurance, Taxes $ 85
Total Costs $ 1,106
Construction Costs: Recommendations
#t E-HS - Hiah School Earess Liahtino
City
Description
Unit
Total Incl. O&P
6
Exterior Wall Pack with emergency lighting
Ea.
2,700.00
7
Combination exittemergency lighting units
Ea.
2,135m
4
emergency lighting units
Ea.
988.00
200
3/4" C
L.F.
868.00
4
#12 CU wiring
C.L.F.
206.00
Totals $ 6,897
Design Fee $ 690
Contingency $ 1,379
General Conditions, Insurance, Taxes $ 690
Total Costs $ 9,666
#2E-HS - Upgrade Lighting: High School Gymnasium
Qty
Description
Unit
Total Incl. O&P
Gymnasium
24
26 05 05 Selective Electrical Demolition: Lighting 400W metal halide
Ea.
1,812.00
24
26 51 13 Interior Lighting Fixtures, and Ballasts: High bay, 2'x4', six T51-10/54 watt
Ea.
10,560.00
Totals $ 12,372
Design Fee $ 1,237
Contingency $ 2,474
General Conditions, Insurance, Taxes $ 1,237
Total Costs $ 17,321
#3E-HS - Exterior Receptacle
Qty
I Description
Unit
Total Incl. O&P
i
New weatherproof cover
Ea.
20.00
I otals $ 20
Design Fee $ -
Contingency $ -
General Conditions, Insurance, Taxes $ -
Total Costs $ 20
#4E-HS -High School Panel Replacement
Qty
Description
Unit
Total Incl. O&P
Weight Room
i
Demo Existing Panel
Ea.
356,00
1
New Panels with breakers
Ea.
2,650.00
1
Connect existing conductors to new breakers
LS
800.00
Totals $ 3,805
Design Fee $ 381
Contingency $ 761
General Conditions, Insurance, Taxes $ 381
Total Costs $ 5,327
#5E-HS -High School Gymnasium Fire Alarm Notification Devices
Qty
Description
Unit
Total Incl. O&P
2
Horn/Strobe
Ea.
500.00
2
Strobe
Es.
360.00
i
Conduit/Wire/Connections to existing system
LS
i,000.00
Totals $ 1,860
Design Fee $ 186
Contingency $ 372
General Conditions, Insurance, Taxes $ 186
Total Costs $ 2,604
#6E-HS -High School Restroom Fire Alarm Notification Devices
Qty
Description
Unit
Total Incl. O&P
2
1
Strobe
Conduit/WimIConnections to existing system
Ea.
LS
360.00
700.00
Totals
$
1,060
Design Fee
$
106
Contingency
$
212
General Conditions, Insurance, Taxes
$
106
Total Costs
$
1,484
#7E-HS - Upgrade Lighting: High School WoodlWelding Shops
Qty
Description
Unit
Total Incl. O&P
30
Demolition I'Industrial Luminaires
Ea.
945.00
24
Interior Lighting Fixtures, and Ballasts: High bay, 2'x4', four T5110/54 watt
Ea.
8,160.00
1
1
Additional Condult/ ire
LS
800.00
I otals
$
9,9Ub
Design Fee
$
991
Contingency
$
1,981
General Conditions, Insurance, Taxes
$
991
Total Costs
$
13,867
Construction Costs: Recommendations
#BE-HS - Hloh School Restroom Receptacle Reolacement
City
I Description
Unit
Total Incl. O&P
2
GFl receptacles
Ea.
140.00
Totals $ 140
Design Fee $ -
Contingency $ 28
General Conditions, Insurance, Taxes $ -
Total Costs $ 168
#1 EJH -Junior High Exterior Egress Lighting
City
Description
Unit
Total Incl. O&P
6
Exterior Wall Pack with emergency fighting
Ea.
2,700.00
150
314' C
L.F.
651.00
3
412 CU wiring
C.L.F.
154.50
I otals $ 3,506
Design Fee $ 351
Contingency $ 701
General Conditions, insurance, Taxes $ 351
Total Costs $ 4,908
#2EJH -Junior High Cafeteria Receptacle
City
I Description
Unit
Total Incl. O&P
1
Rewire Receptacle
LS
100.00
Totals $ 100
Design Fee $ -
Conlingency $ 20
General Conditions, Insurance, Taxes $ -
Total Costs $ 120
#3EJH Junior High Fire Alarm Notification Devices
Qty
Description
Unit
Total Incl. O&P
1
HornlStrobe
Ea.
250.00
6
Strobe
Ea.
1,080.00
1
ConduillWire/Connections to existing system
LS
1,200.00
I otals $ 2,530
Design Fee $ 253
Contingency $ 506
General Conditions, Insurance, Taxes $ 253
Total Costs $ 3,542
#4EJH - Upgrade Lighting: High School Wood/Welding Shops
Qty
Description
Unit
Total Incl. O&P
3
Demolition 8' Industrial Luminaires
Ea.
94.50
5
Interior Lighting Fixtures, and Ballasts: 4' industrial two T5I28 watt
Ea.
81
1
Additional Conduii
LS
200.00
Totals $ 1,095
Design Fee $ 109
Contingency $ 219
General Conditions, Insurance, Taxes $ 109
Total Costs $ 1,532
#SEJH - Library Receptacles
Qty
Description
Unit
Total Incl. O&P
10
Receptacles (outlet, box, cover, conduit, wire)
Ea.
1,950.00
2
20A11P Circuit Breakers
Ea.
121.00
1
Additional Labor to Accommodate existing construction
LS
3,000.00
#6E4H Junior High/High School Clock
I otals $ 5,071
Design Fee $ 507
Contingency $ 1,014
General Conditions, Insurance, Taxes $ 507
Total Costs $ 7,099
Totals $ 7,500-10,500
Design Fee $ 750-1,050
Contingency $ 1,500-2,100
General Conditions, Insurance, Taxes $ 750-1,050
Total Costs $ 10,500.14,700
Construction Costs: Recommendations
#7EJH - Junior High/High school Fire Alarm System
Qty Description Unit Total lncl.0&P
1 Complete new Fire Alarm System LS 25,000.40,000
Totals $ 25,000-40,000
Design Fee $ 2,500.4,000
Contingency $ 5,000-8,000
General Conditions, Insurance, Taxes $ 2,500-4,000
Total Costs $ 35,000.56,000
#1 E-EL - Elementary School - Circuit Revision
Qty
Description
Unit
Total Incl. O&P
Separate circuits with multiple classrooms to provide dedicated circuit to each classroom
10
20A/1 P Circuit Breakers
Ea.
605.00
1
Rewiring Effort for 10 classroom circuits
LS
10,000.00
New receptacles on exterior walls
24
Receptacles (outlet, box, cover, conduit, wire)
Ea.
4,680.00
Totals $ 15,285
Design Fee $ 1,529
Contingency $ 3,057
General Conditions, Insurance, Taxes $ 1,529
Total Costs $ 21,399
S9F.FI . Ilnnrade I C,•h....l
Qty
Description
Unit
Total Incl. O&P
Gymnasium
25
Demolition: Linear Fluorescent High Bay 8'
Ea.
1,500.00
20
High bay, 2'x4', four T51-10/54 watt
Ea.
6,800.00
1
Additional Conduit/Wire to accommodate revised locations
LS
500.00
Classrooms
25
Demolition: Linear Fluorescent 8'
Ea.
787.50
8
16' linear Pendant (3-T5 Cross Section)
Ea,
6,400.00
Basement
8
Demolition: Linear Fluorescent 8'
Ea.
252.00
16
4' Industrial 2BW T5
Ea.
2,560.00
Totals $ 18,800
Design Fee $ 1,880
Contingency $ 3,760
General Conditions, Insurance, Taxes $ 1,880
Total Costs $ 26,319
#317.17L .Flement.- Srhnnl Fire rinnrc
Oty
Description
Unit
Total Incl. O&P
Weight Room
2
Door Holder
Ea.
700.00
1
Conduit/Wim/Connectionrlesting
LS
1,300.00
Totals $ 2,000
Design Fee $ 200
Contingency $ 400
General Conditions, Insurance, Taxes $ 200
Total Costs $ 2,800
NAF.Fl.. Elementary Fxferinr Fnrass I inhfinn
City
Description
Unit
Total Incl. O&P
B
Exterior Wall Pack with emergency lighting
Ea.
3,600.00
150
314" C
L.F.
651.00
3
#12 CU wiring
C.L.F.
154.10
Totals $ 4,406
Design Fee $ 441
Contingency $ 881
General Conditions, Insurance, Taxes $ 441
Total Costs $ 6,168
#5F.EL -Elementary Schnnl . Panel Rnnl aremenf
Qty
Description
Unit
Total Incl. O&P
5
Demo Existing Panel
Ea.
1,775.00
5
New Panels with breakers
Ea.
13,250.00
1
Demo Existing Main Distribution
Ea.
600.00
1
New Main Distribution Panel
Ea.
6,000.00
1
Connect existing conductors to new breakers
LS
8,000.00
Totals $ 29,625
Design Fee $ 2,963
Contingency $ 5,925
General Conditions, Insurance, Taxes $ 2,963
Total Costs $ 41,475
Construction Costs: Recommendations
#6E-EL -Elementary School - Feed Through Lug Panels
Qty
Description
Unit
I Total Incl. O&P
2
Demo Existing Panel
Ea.
710.00
2
New Panels with breakers
Ea.
5,700.00
1
Connect existing conductors Ic new breakers
LS
2,000.00
Totals
$
8,410
Design Fee
$
841
Contingency
$
1,682
General Conditions, Insurance, Taxes
$
841
Total Costs
$
11,774
#7E-EL -Elementary School - Splicing and Wiring
Qty
Description
Unit
Total Incl. O&P
1
Demo Existing Panel
CUP
180,00
2
Junction boxes
Ea.
400.00
1
Connections and Termination
LS
300.00
Totals $ 880
Design Fee $ 88
Contingency $ 176
General Conditions, Insurance, Taxes $ 88
Total Costs $ 1,232
#BE -EL - Elementary school Fire Alarm
Totals $ 25,000-40,000
Design Fee $ 2,500-4,000
Contingency $ 5,000-8,000
General Conditions, Insurance, Taxes $ 2,500-4,000
Total Costs $ 35,000-56,000
#9E-EL -Elementary School Clock System
Qty
IDescription
Unit
Total Incl. O&P
1
I Clock System (average 250-350) per classroom
LS
6.000-8.400
Totals $ 6.000-8.400
Design Fee $ 600-840
Contingency $ 1.200-1.680
General Conditions, Insurance, Taxes $ 600-840
Total Costs $ 8,400-11,760