HomeMy WebLinkAbout007Richard Sample Engineering
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1197 Magnolia Ave Redding, (A 96001 (530) 242-1134 Fox (530) 242-1136 email rse@integrity.com
RSE
DATE: JANUARY 30, 2012
TO: CRAIG A. PECK, P.E., CRAIG A PECK & ASSOCIATES
FROM: RICHARD A. SAMPLE, P.E.
SUBJECT: PLEASANT HARBOR MARINA & GOLF RESORT SEWER COLLECTION SYSTEM
PUMP STATIONS - PRELIMINARY ENGINEERING REPORT — ELECTRICAL
I am submitting this report summarizing my recommendations regarding the various proposed sewer
collection system pump stations. I have developed this report with the assistance of Jon Mathison of
Advanced Industrial Automation. Jon is a Controls Engineer responsible for design and construction
cost estimation associated with the SCADA system work at each station.
The pump stations covered by this report are as follows:
A. Marina Pump Station A — serving the marina commercial and restaurant buildings.
B. Marina Pump Station B — serving the 40 unit condominium facility
C. Two (2) packaged simplex pump stations — serving an existing house and B&B
D. Two (2) packaged duplex pump stations — each serving 12 unit building
E. Pump Station No. 1 — serving dwelling units located in the general area of Kettle B
F. Pump Station No. 2 — serving the employee housing facility
G. Five (5) packaged duplex pump stations — serving dwelling units located in the Southern and
Eastern area of the resort.
I have based my preliminary design on the description of pump stations shown in the Engineering
report developed by Rick Esvelt of H.R Engineering. I have also based my preliminary design on the
following criteria:
1. Each pump station will derive its normal power by underground feeder from a breaker located in
either the building or complex being served or from an adjacent water system building. See text
associated with each pump station shown below for further details. The work and related cost
associated with the provision of primary power generation, transformation and distribution on
the source side of the normal service breaker is outside of the scope of this report.
2. Each pump station is to be provided with backup standby power either derived by the use of a
truck mounted gasoline generator or from a permanent onsite generator and automatic transfer
switch located in the adjacent water system building. See text associated with each pump
station shown below for further details.
3. All electrical equipment at each pump station will be installed within an above grade free-
standing custom built metal enclosure with the exception of pump stations serving existing
houses and new duplex dwelling units.
4. All pump stations will be provided as packaged (Manufacturer furnished — Contractor installed)
control panels with the exception of Pump Station No. 1 which will have a custom designed
control panel. The pumps are to be constant speed controlled with the maximum station
Pleasant Harbor Sewer PS 1 (1-30-12)
Engineering Report
operation consisting of (2) pumps operating at full speed. Pumps will alternate under normal
operation with the two pumps operating simultaneously during clogging or high volume
conditions.
5. Wet wells associated with E-1 Simplex and Duplex pump stations serving an existing house and
Bed & Breakfast and various dwelling units are rated "Non -Hazardous" and as such will have
pump power/signal cables directly connected to the E-1 packaged control panels without
pedestal mounted cable splice junction boxes.
6. Wet wells associated with the remaining pump stations are rated "Class 1, Division 1
Hazardous" and as such will have pump power/signal cables and float cables routed through
EYS conduit seal fittings and pedestal mounted cable splice junction boxes before being
connected to the E-1 packaged control panels.
7. Communication between the six (6) pump stations listed as A through D above and the
Wastewater Reclamation Plant will be direct buried signal cable. Communication between
Pump Station No.1 and the Wastewater Reclamation Plant will be by connection to a patch
panel in an adjacent Fire / Irrigation water systems building and from there via fiber optic signal
cable routed underground in conduit. Communication between Pump Station No.2 and the
Wastewater Reclamation Plant will be by fiber optic signal cable routed underground in conduit.
The work and related cost associated with interface between the each pump station and the
Wastewater Reclamation Plant has been included in this report.
8. Duplex pump stations D-3,4,5,6 & 7 will not be provided with direct communication to the
Wastewater Reclamation Plant. These stations will instead be provided with local alarm
beacons and engraved placard with text directing the observer to call the wastewater
reclamation plant using the phone number shown when the beacon is flashing.
Voice communication between each pump station and the wastewater collection system
headquarters located at the Wastewater Reclamation Plant shall be by cell phone. Hardwired
equipment, devices and circuitry have not been included.
At the end of this report I have shown the estimated construction cost for the Electrical and SCADA
systems for each pump station (with the exception of the Fire / Irrigation and Stormwater pump
stations). I have also included a Wastewater & Water Utilities Site Plan and SCADA System Block
Diagram to be used as reference documents.
The following is a summary of electrical recommendations for each of pump station listed above:
A. MARINA PUMP STATION A
1. Provision of a 240/120V single-phase normal power service consisting of a 60A breaker located
in the commercial building general panel and an underground feeder routed 100 feet in conduit
to the MTS located at the station Electrical Equipment Enclosure.
2. Provision of standby power service consisting of a fused manual transfer switch (MTS) and
receptacle for connection of one of the Resort's portable truck mounted gasoline engine driven
generators.
3. Provision of a custom built, painted aluminum free-standing enclosure, measuring 1 Oft wide, 6ft
tall, 2ft deep, having 3 doors, ventilation fan, interior lights and 120V duplex receptacle. The
enclosure will be mounted on a 2ft deep concrete base.
4. Provision of a 240/120V, 100A panel board, mounted inside the free-standing Electrical
Equipment Enclosure, to serve the packaged control panels, lights and receptacle.
5. Provision of two (2) packaged duplex pump control panels, mounted inside the free-standing
Electrical Equipment Enclosure, manufactured by Environment One (E-1). Each panel will
serve a dedicated wet wells located within 50 feet of the panel.
Pleasant Harbor Sewer PS 2 (1-30-12)
Engineering Report
6. Provision of an area floodlight supported from a mast extended above the free-standing
Electrical Equipment Enclosure.
7. Provision of two (2) sets of conduit, wire, cable splice junction boxes, and cable support
hardware for connection of (2) submersible pumps located in each of the wet wells.
8. Provision of conduit, wire, cable splice junction box, float -mounting hardware and (2) level float
switches for monitoring level in each of the wet wells directly from the LCP panel.
9. Provision of SCADA System interface consisting of a Local Control Panel (LCP) with integral
fiber optic cable patch panel, located inside the free-standing Electrical Equipment Enclosure,
conduit and signal wire connections to each E-1 packaged panel, conduit and cable connection
to wet well level floats and fiber optic signal cable routed underground in PVC conduit from the
pump station to the Wastewater Collection System SCADA System headquarters panel located
at the Wastewater Reclamation Plant (WRP) to be used for the purpose of monitoring status of
pump operation and water level in both wet wells.
B. MARINA PUMP STATION B
Provision of pump station electrical and SCADA System interface similar to the description
shown for Marina Pump Station A shown above. Power service will be derived from a 240/120V
general power panel located within the condominium complex. The SCADA System LCP panel
located at the station will be designed to receive signal interface circuitry from (2) Simplex and
(2) Duplex E-1 pump stations (See attached SCADA System block diagram).
C. PACKAGED SIMPLEX PUMP STATIONS C -1,C-2
Provision of a 120V single-phase normal power service consisting of a 20A breaker located in
the house power panel and feeder routed 50 feet in conduit to the E-1 Simplex packaged station
control panel located on the exterior of the house. The packaged panel will contain a manual
transfer switch and receptacle for connection to the Resort's portable truck mounted generator
during a loss of normal power serving the house. Conduit will be provided for routing a
power/signal cable, furnished by the station Manufacturer, between the packaged panel and the
submersible pump located in the station wet well. Conduit and copper signal wire will be
provided routed underground from the packaged panel to a LCP panel located at Marina Pump
Station B for the purpose of monitoring status of pump operation and water level in the wet well.
D. PACKAGED DUPLEX PUMP STATIONS D-1,131-2
Provision of a 120/240V single-phase normal power service consisting of a 20A breaker located
in building power panel and feeder routed 50 feet in conduit to the E-1 Duplex packaged station
control panel located on the exterior of the building. The packaged panel will contain a manual
transfer switch and receptacle for connection to the Resort's portable truck mounted generator
during a loss of normal power serving the duplex building. Conduits will be provided for routing
a power/signal cable, furnished by the station Manufacturer, between the packaged panel and
the submersible pumps located in two station wet wells. Conduit and copper signal wire will be
provided routed underground from the packaged panel to a LCP panel located at Marina Pump
Station B for the purpose of monitoring status of both pumps operation and water level in the
both wet wells.
E. PUMP STATION NO. 1
Provision of a 480V three-phase power service consisting of a 60A breaker located in a
Main Distribution Panel located in the Fire Protection & Irrigation pump station building and
an underground feeder routed 100 feet in conduit to a Station Power & Control Panel
located at the station Electrical Equipment Enclosure. The service will provide normal and
standby power derived from a normal power service and permanent on-site diesel generator
located in the Fire Protection & Irrigation pump station building.
Pleasant Harbor Sewer PS 3 (1-30-12)
Engineering Report
2. Provision of a custom built, painted aluminum free-standing enclosure, measuring 7ft wide,
6ft tall, 2ft deep, having 2 doors, ventilation fan, interior lights and 120V duplex receptacle.
The enclosure will be mounted on a 2ft deep concrete base.
3. Provision of a Station Power & Control Panel containing 480V breakers, constant speed
pump starters, 120V breakers, and pump control relays. The panel is to be mounted inside
the free-standing Electrical Equipment Enclosure The panel is to serve (2) 480V, three
phase submersible pumps located in a single wet well approximately 50 feet from the panel.
The panel will also serve 120V loads consisting of the SCADA LCP panel, enclosure light,
area floodlight and receptacle.
4. Provision of 480-120/240V dry -type transformer for deriving station 120V power.
5. Provision of an area floodlight supported from a mast extended above the free-standing
Electrical Equipment Enclosure.
6. Provision of two (2) sets of conduit, wire, cable splice junction boxes and free-standing
enclosure, and cable support hardware for connection of (2) submersible pumps located in
the wet well.
7. Provision of conduit, wire, cable splice junction box, mounting hardware for (1) pressure
transducer and (2) level float switches for primary and redundant monitoring of level in the
wet well directly from the LCP panel.
8. Provision of SCADA System interface consisting of a Local Control Panel (LCP located
inside the free-standing Electrical Equipment Enclosure, conduit and signal wire connections
to the Station Power & Control Panel, conduit and cable connection to wet well level sensors
and copper signal wire routed underground in PVC conduit from the pump station to a
SCADA System LCP panel located in the adjacent Fire Protection & Irrigation pump station
building. From there the signals will be transmitted to a Wastewater Collection System
SCADA System headquarters panel located at the Wastewater Reclamation Plant (WRP) to
be used for the purpose of monitoring status of pump operation and water level in the wet
well.
F. PUMP STATION NO. 2
Provision of pump station electrical and SCADA System interface similar to the description
shown for Marina Pump Station A shown above with the exception of using three (3) duplex E-1
packaged pump panels instead of two. Power service will be derived from a 240/120V general
power panel located within the employee housing building.
G. PACKAGED DUPLEX PUMP STATIONS D -3,D -4,D -5,D -6,D-7
Provision of a 120/240V single-phase normal power service consisting of a 20A breaker located
in adjacent housing unit general purpose power panel and feeder routed 50 feet in conduit to
the E-1 Duplex packaged station control panel located on the exterior of the building. The
packaged panel will contain a manual transfer switch and receptacle for connection to the
Resort's portable truck mounted generator during a loss of normal power serving the housing
unit building. Conduits will be provided for routing a power/signal cable, furnished by the station
Manufacturer, between the packaged panel and the submersible pumps located in two station
wet wells. An alarm beacon mounted on the packaged panel will be provided for annunciating a
high water level condition in the wet wells.
COMMUNICATIONS
Provision of communication service between control headquarters and remote sites. The Pleasant
Harbor Marina & Golf Resort will have multiple pump stations for sewer collection to the wastewater
reclamation plant. The pump stations are located at remote sites to the north, east, and south of the
plant. The Wastewater Reclamation Plant is proposed to be the primary, or headquarters, location for
monitoring and controlling each of the remote sites. Each remote site will convey back a small amount
Pleasant Harbor Sewer PS 4 (1-30-12)
Engineering Report
of information to the headquarters. Packaged duplex pump stations D-1,2 from E/One details a single
contact closure that allows offsite communications in case of trouble. When several of the packaged
pump stations are located nearby of each other, their individual communication signals may be routed
to a designated remote site for communications to headquarters. Communications between the
headquarters to the remote sites is proposed to be the following:
Provision of Fiber Optic cabling between headquarters and remote sites Marina Pump Station
A, Marina Pump Station B, Pump Station No. 1 (connected through the Fire & Irrigation Pump
Station), Pump Station No. 2. Other options considered for remote site communications include
radio telemetry (which was not selected due to the hilly terrain), and cellular phone telemetry
(which was not selected due to the ongoing expense of maintaining the cellular phone service).
During construction of piping, the ground will need to be opened. The opening of the site for
piping provides the ideal time in which to lay fiber optic cable. Provision of additional cabling
(more than the minimum requirement) will be laid at the same time so that it is available for
other uses. For stations communicating through fiber optic cabling, a Fiber Optic Patch Panel
(FOPP) and a Fiber Optic Switch will be provided at that location.
2. Provision of Copper Wire cabling between Marina Pump Station B and four packaged Pump
Stations (each respectively serving an existing house, a bed & breakfast, three duplex dwelling
units, and three other duplex dwelling units). The distance between Marina Pump Station B and
the furthest packaged pump station is approximately 700 feet, and voltage drop for a 24VDC
signal is expected to be under ten percent at 0.5 amps. The current draw is expected to be
minimal. If long distances become an issue with copper wire cabling, the backup plan would be
to use alternative methods such as wireless radio communications.
3. Provision of Ethernet cabling between Pump Station No. 1 and Fire & Irrigation Pump Station.
Details are provided in the communications block diagram. A summary of the communications is
provided below:
Comm. Method
Location A
Location B
Fiber Optic
Headquarters
Marina Pump Station A
Fiber Optic
Headquarters
Marina Pump Station B
Fiber Optic
Headquarters
Pump Station No. 2
Fiber Optic
Headquarters
Fire & Irri ation Pump Station
Fiber Optic
Headquarters
Stormwater Pump Station
Copper Wiring
Marina Pump
Station B
Packaged Pump Station House
Copper Wiring
Marina Pump
Station B
Packaged Pump Station B&B
Copper Wiring
Marina Pump
Station B
Packaged Pump Station 1st units
Copper Wiring
Marina Pump
Station B
Packaged Pump Station 2nd units
Ethernet Cabling
Fire & Irrigation Pump Station
Pump Station No. 1
INSTRUMENTATION
Provision of pump station instrumentation supplied by the Instrumentation and Control (I&C) Integrator.
Instrumentation required of the Integrator will include flow, pressure, and level sensors; and various
switches (float, intrusion). Intrinsic safety devices will be required for instrumentation installed in Class
1, Division 1 Hazardous locations. The Integrator will configure the instruments for a single point of
responsibility and seamless integration with the SCADA system.
SUPERVISORY CONTROL AND DATA ACQUISITION SYSTEM (SCADA) OVERVIEW
A complete Supervisory Control and Data Acquisition (SCADA) System as provided for in the
Wastewater Reclamation Plant by the Instrumentation and Control (I&C) Integrator. The SCADA
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Engineering Report
System will monitor both the Wastewater Reclamation Plant and each of the remote sites. The
proposed SCADA system will consist of the following:
Wastewater Reclamation Plant (WRP)
a. As provided for in the WRP, HMI Workstations at the primary, or headquarters, location
for monitoring the plant and remote sites. This headquarters location is proposed to be
at the Wastewater Reclamation Plant. The HMI workstations are the primary method the
operators will use for monitoring. The following HMI workstations are proposed.-
i.
roposed:
i. Desktop PC designated HMI -101 located in the Wastewater Reclamation Plant.
ii. Desktop PC designated HMI -102 located in the Wastewater Reclamation Plant.
iii. Notebook PC. The notebook PC will have a dual role. The primary role will be
as a PLC programming computer. The Notebook PC will have the PLC
configuration and communication software installed so that properly trained
personnel and contractors may modify and tune the control software in the Plant
Control Panel (PCP -101) as well as remote Control Panels. The secondary role
will be as a platform for remote access. The notebook PC will have remote
access software so operators may monitor plant functions without being
physically present inside the plant.
b. As provided for in the WRP, a Wastewater Reclamation Plant Control Panel. A PLC
equipped plant control panel will be required to provide connectivity to new plant
equipment and instrumentation as well as to provide the core communication
infrastructure for the SCADA system. The enclosure will contain an Ethernet -capable
PLC as well as an Ethernet switch to which other systems may be connected.
Connection to remote pump stations will be accomplished through a fiber optic switch.
This enclosure is designated as PCP -101 and will be located at the Wastewater
Reclamation Plant.
As provided for in the WRP, monitoring capability of packaged system PLCs. There are
multiple packaged systems that could be monitored over the SCADA System Ethernet
network directly by the HMI. The advantage of networking directly to these packaged
systems is the plant gets the most accurate information with no limit on how much
information may be transferred. To monitor these systems directly with the HMI requires
considerable cooperation from the packaged system vendors, as they must provide an
Ethernet -capable PLC as well as the memory locations of the items of interest. If this
cooperation is withheld or prohibitively expensive, the backup plan is to electrically
terminate the status points available to PCP -101.
d. As provided for in the WRP, alarm notification system capability. An alarm notification
system will automatically contact operators when a major alarm has occurred and the
system requires attention. Minor alarms will not trigger the alarm notification system.
2. Marina Pump Station A
a. Provision of a Control Panel. A PLC equipped control panel will be required to provide
connectivity for packaged pump station equipment in Marina Pump Station A as well as
to provide communication infrastructure for the SCADA system. The enclosure will
contain an Ethernet -capable PLC as well as an Ethernet switch. This enclosure is
designated as LCP-201 and will be located at Marina Pump Station A.
3. Marina Pump Station B
Pleasant Harbor Sewer PS 6 (1-30-12)
Engineering Report
a. Provision of a Control Panel similar to the description shown for Marina Pump Station A
shown above with the exception of the enclosure being designated as LCP-301 and will
be located at Marina Pump Station B. This control panel will also have provisions for
monitoring of two (2) packaged Simplex Pump Stations and two (2) packaged Duplex
Pump Stations. These independent packaged pump stations are remotely located near
Marina Pump Station B, and include an existing house, a bed & breakfast, three duplex
housing units, and three other duplex housing units. The PLC equipped control panel
will be designed to connect with and monitor these four remotely located packaged
pump stations.
4. Pump Station No. 1
Provision of a Pump Station Control Panel (PSCP) with SCADA interface. A PLC
equipped pump station control panel will be required to provide connectivity to wet well
level sensors and control of the two (2) three-phase submersible wet well pumps for
Pump Station No. 1 as well as to provide communication infrastructure for the SCADA
system. The panel will have intrinsically safe section designated for connecting to wet
well sensors. The panel will also have a SCADA operator interface on the panel to
control and monitor the pump station. The enclosure will contain an Ethernet -capable
PLC as well as an Ethernet switch. This enclosure is designated as PSCP-201 and will
be located at Pump Station No. 1.
b. As provided for in the Fire Protection & Irrigation Pump Station, a Fire Protection &
Irrigation Pump Station Control Panel. A PLC equipped control panel will be required to
provide connectivity to new equipment and instrumentation for Fire Protection &
Irrigation Pump Station as well as to provide communication infrastructure for the
SCADA system. The enclosure will contain an Ethernet -capable PLC as well as an
Ethernet switch to which other systems may be connected to. This enclosure is
designated as LCP-501 and will be located adjacent to the Fire Protection & Irrigation
pump station building. The control panel shall provide Ethernet connectivity to Pump
Station No. 1.
c. If the Fire Protection & Irrigation Pump Station is not being built for operation during the
same sequence as Pump Station No. 1, then the patch panel in the Fire Protection &
Irrigation Pump Station shall be moved to Pump Station No. 1, and the fiber cable from
headquarters shall be routed to Pump Station No. 1 instead.
5. Pump Station No. 2
a. Provision of a Control Panel similar to the description shown for Marina Pump Station A
shown above with the exception of the enclosure being designated as LCP-601 and will
be located at Pump Station No. 2.
6. Stormwater Pump Station
a. Provision of a Stormwater Pump Station Control Panel. A PLC equipped control panel
will be required to provide connectivity to new equipment and instrumentation for
Stormwater Pump Station as well as to provide communication infrastructure for the
SCADA system. The enclosure will contain an Ethernet -capable PLC as well as an
Ethernet switch to which other systems may be connected to. This enclosure is
designated as LCP-801 and will be located at inside the Stormwater Pump Station
building. The cost of this station has not been included in the scope of this report.
The Wastewater Reclamation Plant SCADA system will be consistent with the remote pump station
control system in hardware, software, and control philosophy. Consistency between the facilities will be
Pleasant Harbor Sewer PS 7 (1-30-12)
Engineering Report
encouraged where practical to allow for common spare parts and a common method of controlling
independent plants.
SCADA COMMUNICATIONS INFRASTRUCTURE
As provided for in the Wastewater Reclamation Plant, a reliable plant SCADA Communications
Infrastructure. The communications infrastructure will allow communications between equipment and
industrial systems within the plant as well as remote sites and headquarters. The backbone of the
SCADA communications system is an Ethernet network. The SCADA System communication layers'
will be Ethernet TCP/IP and OLE for Process Control or OPCZ. Ethernet is the communication protocol
of choice for industrial control at the PC/PLC leve13. It provides the fastest data transfers with 10/100
Mbit/s; it is robust, user-friendly, an industry standard (supported by all PC and PLC vendors), and
there is an abundance of qualified IT professionals to maintain and upgrade the network well into the
future. OLE for Process Control (OPC) will be used to provide an open, non-proprietary application
layer that is supported by all PLC, HMI, and other ancillary equipment4 vendors. All of the HMI
workstations and Plant Control Panels will be networked in this fashion. Some municipalities have
standards for network equipment; if the owner has standards for small, stand-alone networks it is
advisable to make this available to the Engineer.
The Wastewater Reclamation Plant will communicate to the influent pump stations using fiber optic
cabling laid along with the mains, or through underground conduit.
SCADA HUMAN MACHINE INTERFACE (HMI)
As provided for in the Wastewater Reclamation Plant, a Human Machine Interface. The Human
Machine Interface (HMI) is a custom-designed system that consists of software to allow operators to
interface with the plant. The HMI is the primary method the operators will use to monitor and control
the plant. Many of the buttons, switches, indicators, alarms, and readouts that might otherwise be
mounted on an enclosure will become part of the HMI and will not have a "hardware" presence. The
HMI software will be Microsoft Windows based. This is due to the limited availability of HMI software
designed for other operating systems. The HMI software shall have the following capabilities:
As provided for in the WRP, Control and Display: The Integrator will be directed to create
display screens that show the plant as a whole as well as each major process or category of
equipment. Control and display objects will be standardized to the extent practical to provide
consistency across the control system. Staff will review the screens at key points in their
development to provide feedback to the Integrator that their workmanship and screen design
staff is on target. It should be noted that when the project is completed, the operators will
interface with the equipment using these screens on a daily basis.
2. As provided for in the WRP, Trending of Values: HMI software systems provide excellent
trending capabilities. Most HMIs support trends with multiple Y-axes, trends with multiple X-
axes, trends with multiple time periods, and reference curves. Based on an operator's
selection, trend data can be dynamically updated or based on historical values. A user will be
able to compare SCADA data from different periods. Users will be able to analyze trend data by
selecting periods, changing the range for point displays, zooming into an area of the trend, and
selecting a new period. Users will be able to configure trending layouts using colors, tick marks,
' Communication layers refer to the Open System Interconnection (OSI) seven -layer model that includes the Physical, Data
link, Network, Transport, Session, Presentation, and Application layers developed by the International Organization for
Standardization (ISO).
2 The application/presentation layer may be altered if the selected HMI provides feasible alternative.
3 This is as opposed to the field bus level where no clear standard has emerged.
4 For example, UPS' and switches might use an OPC-SNMP communication driver.
Pleasant Harbor Sewer PS g (1-30-12)
Engineering Report
legends, title, and fonts. They will also be able to configure update rates for data being
displayed. Typically these configurations can be done at runtime. There are limits to trending;
first it is not possible to view the raw data that makes up the trends or to download the data to a
spreadsheet, database, or document. The second limit is one of memory; if a lot of data is
collected at small intervals then it cannot be held for very long before it is overwritten.
As provided for in the WRP, Alarming: The SCADA system will monitor analog tags, digital
tags, and network communications for alarms and failures. The alarm system will be able to
define different alarm classes based on severity to visually and audibly distinguish alarms. The
alarm system will be able to do the following:
a. Provide unique messages on the HMI to describe an alarm. Log alarm messages in an
electronic ASCII file on the HMI PC. Group and sort alarms by alarm date, severity
class, or type.
b. Provide ability to print alarm messages to an alarm printer each time an alarm event
occurs.
c. Provide ability to suppress alarms for maintenance and tuning purposes.
d. Provide ability to contact operators via telephone upon major alarms when the plant is
not monitored.
4. As provided for in the WRP, Reporting: No reporting is required of this SCADA System. It is
possible for the SCADA system to record important values at a regular frequency, using ODBC5
to store the values into an Access, SQL, or other database. One may query these databases
and provide reports to the DOE, DOH, or other agencies on a weekly, monthly, or yearly basis.
Reporting should not be confused with trending. This system will provide trends of pertinent
data but the data storage format is not exportable to a database or spreadsheet.
5. As provided for in the WRP, Remote Access: It is proposed that operators be able to remotely
access the plant. This feature provides operations staff with the ability to easily check in on the
plant SCADA system without physically going there. A discussion of the potential security
ramifications may be found in the security considerations section.
ESTIMATES OF ELECTRICAL CONSTRUCTION COST
Label
Station Description
Cost/Station
No. I
Total Cost
A
MARINA PUMP STATION A
$85,000
1
$85,000
B
MARINA PUMP STATION B
$67,000
1
$67,000
C
PACKAGED SIMPLEX PUMP STATIONS
$8,900
2
$17,800
D
PACKAGED DUPLEX PUMP STATIONS D-1,2
$7,700
2
$15,400
E
PUMP STATION NO. 1
$84,000
1
$84,000
F
PUMP STATION NO. 2
$78,700
1
$78,700
G
PACKAGED DUPLEX PUMP STATIONS D-3,4,5,6,7
$7,700
5
$38,500
TOTAL COST FOR ALL PUMP STATIONS
-i
-
$386,400
Attachments:
Wastewater & Water Utilities Site Plan
SCADA System Block Diagram
Open Database Connectivity by Microsoft.
Pleasant Harbor Sewer PS
Engineering Report
(1-30-12)
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Pleasant Harbor Resort
Preliminary Engr Report 1 (1-30-12)
ATTACHMENT B
ELECTRICAL CONSTRUCTION COST ESTIMATE BACKUP
Richard Sample Engineering
STATION: PUMP STATION "A" DATE: 1/30/12
PROJECT: PLEASANT HARBOR RESORT - ENGINEERING REPORT JOB NO: 0805
ESTIMATE BY: RICHARD A. SAMPLE, P.E., JON MATHISON, P.E. (I&C)
BASE RATES: CONTRACTOR: $60/HR, INTEGRATOR: $110/HR ESTIMATE PHASE: Prelim. Engr. report
RSMeans 2010 city cost index multiplier city: Seattle, Washington
NO
DESCRIPTION
QUANTITY
MEASURE UNIT
MATERIAL
PER UNIT TOTAL
LABOR
PER UNIT TOTAL
TOTAL
1
POWER SUPPLY
a
Trench and backfill 18"D, 18"W
100
LF
1.50
150
2.00
200
350
b
Conduit: Schedule 80 PVC -1"
100
LF
7.35
735
6.05
605
1,340
c
Wire: XHHW, copper - No. 6
240
LF
0.89
214
0.61
146
360
d
Wire: XHHW, copper - No. 10
120
LF
0.35
42
0.39
47
89
e
60A / 2P breaker in source panel
1
EA
50.00
50
60.00
60
110
f
60A manual transfer switch
1
EA
500.00
500
120.00
120
620
g
30A generator receptacle / plug /cord
1
EA
200.00
200
120.00
120
320
2
STATION POWER & CONTROL
a
Service Equipment Enclosure & base
1
JOB
8,000.00
8,000
1,800.00
1,800
9,800
b
120/240V, 100A power panelboard
1
EA
600.00
600
450.00
450
1,050
c
Packaged E-1 panel installation
2
EA
50.00
100
360.00
720
820
d
Enclosure - receptacle / 2 switches
2
EA
40.00
80
120.00
240
320
e
Enclosure ventilation fan
1
EA
250.00
250
120.00
120
370
f
Enclosure thermostat
1
EA
85.00
85
60.00
60
145
g
Enclosure fluorescent light
2
EA
80.00
160
120.00
240
400
h
500w floodlight / conduit mast
1
EA
200.00
200
240.00
240
440
i
j
Conduit: GRC - 3/4"
Conduit: GRC -1"
10
10
LF
LF
2.86
3.90
29
39
4.90--l---------49---.-.-,-,----,78
6.05
61
100
k
3/4"x8ft ground rod
2
EA
30.00
60
60.00
120
180
3
FIELD POWER & CONTROL
a
Trench and backfill 18"D, 18"W
50
LF
1.50
75
2.00
100
175
b
Conduit: GRC - 1"
150
LF
3.90
585
6.05
908
1,493
c
Conduit: GRC - 1-1/2"
60
LF
6.25
375
7.15
429
804
d
EYS conduit seal Titins
9
EA
25.00
225
30.00
270
495
e
Wire: THHN, copper - No. 14
800
LF
0.09
70
0.30
240
310
f
Wire: THHN, copper - No. 12
400
LF
0.13
51
0.36
142
193
g
Concrete core drilling
5
EA
50.00
250
60.00
300
550
h
Concrete penetration seal fittings
5
EA
50.00
250
60.00
300
550
i
8"x8"x6" NEMA 7 Power box w Hdw
4
EA
300.00
1,200
60.00
240
1,440
j
8"x8"x6" NEMA 7 Signal box w Hdw
1
EA
300.00
300
60.00
60
360
k
J -box Enclosure / concrete base
1
EA
1,500.00
1,500
480.00
720
2,220
1
submersible pump connection
2
EA
20.00
40
120.00
240
280
m
backflow heatrace & GFCI recept
1
EA
100.00
100
180.00
180
280
Pleasant Harbor Resort
Preliminary Engr Report 1 (1-30-12)
NO
DESCRIPTION
QUANTITY
MATERIAL
LABOR
TOTAL
MEASURE UNIT PER UNIT TOTAL PER UNIT TOTAL
4
SCADA - Station Equipment & devices
a
LCP201 with integral fiber patch panel
1
EA
23,590.00
23,590
720.00
720
24,310
b
Instrumentation
1
EA
7,540.00
7,540
0.00
0
7,540
c
Signal interface with E-1 panel
2
EA
20.00
40
180.00
360
400
d
Level float switch / hardware installatio
2
EA
100.00
200
180.00
360
560
e
Level Transducer installation
1
EA
20.00
201
180.00
180
200
f
Stilling well & mounting hardware
1
EA
200.00
200
480.00
480
680
g
Flowmeter installation
1
EA
20.00
20
180.00
180
200
5
SCADA - Feeder
a
Handhole HH-x, 55L,38W,26D HDPC
4
EA
720.00
2,880
480.00
1,920
4,800
b
Conduit: HDPE - 2"
1,400
LF
2.00
2,800
3.00
4,200
7,000
c
Innerduct (MaxCell MXC2003WH1000)
2,500
LF
1.00
2,500
0.50
1,250
3,750
d
Fiber optic cable - 12 fiber
2,500
LF
1.67
4,175
1.50
3,750
7,925
e
Splicing
8
EA
32.00
256
11.40
91
347
6
MISCELLANEOUS CONTRACTOR SERVICES
a
Electrical permit application
1
JOB
100
100
b
Coord with Equip Manufacturer
1
JOB
120
120
c
d
e
Coord with Project Integrator
Product submittals
Startup and testing
1
1
1
JOB
JOB
JOB
180
240
480
180
240
480
f
Drawing Asbuilts
1
JOB
240
240
SUBTOTAL
1 85,113
Pleasant Harbor Resort
Preliminary Engr Report 2 (1-30-12)
Pleasant Harbor Resort
Preliminary Engr Report 1 (1-30-12)
ATTACHMENT B
ELECTRICAL CONSTRUCTION COST ESTIMATE BACKUP
Richard Sample Engineering
STATION: PUMP STATION "B" DATE: 1/30/12
PROJECT: PLEASANT HARBOR RESORT - ENGINEERING REPORT JOB NO 0805
ESTIMATE BY: RICHARD A. SAMPLE, P.E., JON MATHISON, P.E. (I&C)
BASE RATES: CONTRACTOR $60/HR, INTEGRATOR: $110/HR ESTIMATE PHASE: Prelim. Engr. report
RSMeans 2010 city cost index multiplier city: Seattle, Washington
NO
DESCRIPTION
QUANTITY I
MEASURE UNIT
MATERIAL
PER UNIT TOTAL
LABOR
PER UNIT TOTAL
TOTAL
1
a
POWER SUPPLY
Trench and backfill 18"D, 18"W
100
LF
1.50
150
2.00
200
350
b
Conduit: Schedule 80 PVC - 1"
100
LF
7.35
735
6.05
605
1,340
c
Wire: XHHW, copper - No. 6
240
LF
0.89
214
0.61
146
3.60
d
Wire: XHHW, copper - No. 10
120
LF
0.35
42
0.39
47
89
e
60A / 2P breaker in source panel
1
EA
50.00
50
60.00
60
110
f
60A manual transfer switch
1
EA
500.00
500
120.00
120
620
30A generator receptacle / plug /cord
1
EA
200.00
200
120.00
120
320
2
STATION POWER & CONTROL
a
Service Equipment Enclosure & base
1
JOB
8,000.00
8,000
1,800.00
1,800
9,800
b
120/240V, 100A power panelboard
1
EA
600.00
600
450.00
450
1,050
c
Packaged E-1 panel installation
2
EA
50.00
100
360.00
720
820
d
Enclosure - receptacle / 2 switches
2
EA
40.00
80
120.00
240
320
e
Enclosure ventilation fan
1
EA
250.00
250
120.00
120
370
f
Enclosure thermostat
1
EA
85.00
85
60.00
60
145
g
Enclosure fluorescent light
2
EA
80.00
160
120.00
24_0
_400
h
500w floodlight / conduit mast
1
EA
200.00
200
240.00
240
440
i
Conduit: GRC - 3/4"
10
LF
2.86
29
4.90
49
78
j
Conduit: GRC -1"
10
LF
3.90
39
6.05
61
100
k
3/4"x8ft ground rod
2
EA
30.00
60
60.00
120
180
3
FIELD POWER & CONTROL
a
Trench and backfill 18"D, 18"W
50
LF
1.50
75
2.00
100
175
b
Conduit: GRC - 1"
210
LF
3.90
819
6.05
1,271
2,090
c
Conduit: GRC - 1-1/2"
80
LF
6.25
500
7.15
572
1,072
d
EYS conduit seal fitin s
9
EA
25.00
225
30.00
270
495
e
Wire: THHN, copper - No. 14
800
LF
0.09
70
0.30
240
310
f
Wire: THHN, copper - No. 12
400
LF
0.13
51
0.36
142
193
g
Concrete core drilling
5
EA
50.00
250
60.00
300
550
h
Concrete penetration seal fittings
5
EA
50.00
250
60.00
300
550
i
8"x8"x6" NEMA 7 Power box w Hdw
4
EA
300.00
1,200
60.00
240
1,440
j
8"x8"x6" NEMA 7 Signal box w Hdw
1
EA
300.00
300
60.00
60
360
k
J -box Enclosure / concrete base
1
EA
1,700.00
1,700
480.00
720
2,420
1
submersible pump connection
2
EA
20.00
40
120.00
240
280
m
backflow heatrace & GFCI recept
1
EA
100.00
100
180.00
180
280
Pleasant Harbor Resort
Preliminary Engr Report 1 (1-30-12)
NO
DESCRIPTION
QUANTITY
MATERIAL
LABOR
TOTAL
MEASURE UNIT PER UNIT TOTAL PER UNIT TOTAL
4
SCADA - Station Equipment & devices
a
LCP301 with integral fiber patch panel
1
EA
23,590.00
23,590
720.00
720
24,310
b
Signal interface with E-1 panel
2
EA
20.00
40
180.00
360
400
c
Level float switch / hardware installatioi
2
EA
50.00
100
180.00
360
460
5
SCADA - Feeder
a
Handhole HH-x, 55L,38W,26D HDPC
2
EA
720.00
1,440
480.00
960
2,400
b
Conduit: HDPE-2"
1,100
LF
2.00
2,200
3.00
3,300
5,500
c
Innerduct (MaxCell MXC2003WH1000)
1,100
LF
1.00 1
1,100
0.50
550
1,650
d
Fiber optic cable -12 fiber
1,100
LF
1.67
1,837
1.50
1,650
3,487
e
Splicing
8
EA
32.00
256
11.40
91
347
e
Terminate signal feeders from (4) PS
1
JOB
20.00
20
180.00
180
200
6
MISCELLANEOUS CONTRACTOR SERVICES
a
Electrical permit application
1
JOB
100
100
b
Coord with Equip Manufacturer
1
JOB
120
120
c
Coord with Project Integrator
1
JOB
180
180
d
e
f
Product submittals
Startup and testing
Drawing Asbuilts
1
1
JOB
JOB
240
480
240
480
1 JOB 240
240
_
SUBTOTAL
67,220
Pleasant Harbor Resort
Preliminary Engr Report 2 (1-30-12)
Pleasant Harbor Resort
Preliminary Engr Report 1 (1-30-12)
ATTACHMENT B
ELECTRICAL CONSTRUCTION COST ESTIMATE BACKUP
Richard Sample Engineering
STATION: PUMP STATION "1" DATE: 1/30/12
PROJECT: PLEASANT HARBOR RESORT - ENGINEERING REPORT JOB NO: 0805
ESTIMATE BY: RICHARD A. SAMPLE, P.E., JON MATHISON, P.E. (I&C)
BASE RATES: CONTRACTOR: $60/HR, INTEGRATOR: $110/HR ESTIMATE PHASE: Prelim. Engr. report
RSMeans 2010 city cost index multiplier city: Seattle, Washington
NO
DESCRIPTION
QUANTITY
MEASURE UNIT
MATERIAL
PER UNIT TOTAL
LABOR
PER UNIT TOTAL
TOTAL
1
a
POWER SUPPLY
Trench and backfill 18"D, 18"W
50
LF
1.50
75
2.00
100
175
b
Conduit: Schedule 80 PVC - 1"
50
LF
7.35
_
368
6.05
303
670
c
Wire: XHHW, copper - No. 6
100
LF
0.89
89
0.61
61
150
d
Wire: XHHW, copper - No. 10
50
LF
0.35
18
0.39
20
37
e
60A / 3P breaker in source panel
1
EA
20.00
20
60.00
60
80
2
STATION POWER & CONTROL
a
Service Equipment Enclosure & base
1
JOB 1
6,000.00
6,000
1,800.00
1,800
7,800
b
Station power & control panel
1
EA
3,000.00
3,000
360.00
360
3,360
c
480-120/240V transformer
1
EA
250.00
250
180.00
180
430
d
Enclosure - receptacle / 2 switches
1
EA
40.00
40
120.00
120
160
e
Enclosure ventilation fan
1
EA
250.00
250
120.00
120
370
f
Enclosure thermostat
1
EA
85.00
85
60.00
60
145
g
Enclosure fluorescent light
1
EA
80.00
80
120.00
120
200
h
500w floodlight / conduit mast
1
EA
200.00
200
240.00
240
440
i
j
Conduit: GRC - 3/4"
Conduit: GRC - 1"
10
10
-L - F
LF
2.86
3.90
29
39
_ 4.90
6.05
_49
61
_ 78
100
k
3/4"x8ft ground rod
2
EA
30.00
60
60.00
120
180
3
FIELD POWER & CONTROL
a
Trench and backfill 18"D, 18"W
50
LF
1.50
75
2.00
100
175
b
Conduit: GRC -1"
150
LF
3.90
585
6.05
908
1,493
c
Conduit: GRC-1-1/2"
60
LF
6.25
375
7.15
429
804
d
EYS conduit seal Titins
6
EA
25.00
150
30.00
180
330
e
Wire: THHN, copper - No. 14
800
LF
0.09
70
0.30
240
310
f
Wire: THHN, copper - No. 12
400
LF
0.13
51
0.36
142
193
Concrete core drilling
4
EA
50.00
200
60.00
240
440
h
Concrete penetration seal fittings
4
EA
50.00
200
60.00
240
440
i
8"x8"x6" NEMA 7 Power box w Hdw
2
EA
300.00
600
60.00
120
720
8"x8"x6" NEMA 7 Signal box w Hdw
2
EA
300.00
600
60.00
120
720
k
J -box Enclosure/concrete base
1
EA
1,500.00
1,500
480.00
720
2,220
1
submersible pump connection
2
EA
20.00
40
120.00
240
280
m
backflow heatrace & GFCI recept
1
EA
100.00
100
180.00
180
280
Pleasant Harbor Resort
Preliminary Engr Report 1 (1-30-12)
NO
DESCRIPTION
QUANTITY
IMEASUREJ UNIT
MATERIAL
PER UNIT TOTAL
LABOR
PER UNIT
TOTAL
TOTAL
4 SCADA - Station Equipment & devices
a
PSCP201 without fiber patch panel
1
EA
55,235.00
55,235
720.00
720
55,955
b
Signal interface w/ Pwr & Contr panel
2
EA
20.00
40
180.00
360
400
c
Level float switch / hardware installatio
3
EA
100.00
300
180.00
540
840
d
Level Transducer
1
EA
1,500.00
1,500
180.00
180
1,680
e
Stilling well & mounting hardware
1
EA
200.00
200
480.00
480
680
5
SCADA - Feeder
a
Conduit: Schedule 80 PVC -1"
50
LF
3.15
158
3.92
196
354
b
Wire: THHN, copper - No. 14
400
LF
0.09
35
0.30
120
155
6
MISCELLANEOUS CONTRACTOR SERVICES
a
Electrical permit application
1
JOB
100
100
b
Coord with Equip Manufacturer
1
JOB
120
120
c
Coord with Project Integrator
1
JOB
180
180
d
Product submittals
1
JOB
240
240
e
Startup and testing
1
JOB
480
480
f
Drawing Asbuilts
1
JOB
240
240
SUBTOTAL
84,203
Pleasant Harbor Resort
Preliminary Engr Report 2 (1-30-12)
Pleasant Harbor Resort
Preliminary Engr Report 1 (1-30-12)
ATTACHMENT B
ELECTRICAL CONSTRUCTION COST ESTIMATE BACKUP
Richard Sample Engineering
STATION: PUMP STATION "2" DATE: 1/30/12
PROJECT: PLEASANT HARBOR RESORT - ENGINEERING REPORT JOB NO: 0805
ESTIMATE BY: RICHARD A. SAMPLE, P.E., JON MATHISON, P.E. (I&C)
BASE RATES: CONTRACTOR: $60/HR, INTEGRATOR: $110/HR ESTIMATE PHASE Prelim. Engr. report
RSMeans 2010 city cost index multiplier city: Seattle, Washington
NO
DESCRIPTION
QUANTITY
MEASUREJ UNIT
MATERIAL
PER UNIT TOTAL
LABOR
PER UNIT TOTAL
TOTAL
1
a
POWER SUPPLY
Trench and backfill 18"D, 18"W i-
100
LF
1.50
150
2.00
200'
350
b
Conduit: Schedule 80 PVC -1"
100
LF
7.35
735
6.05
605
1,340
c
Wire: XHHW, copper - No. 6
240
LF
0.89
214
0.61
146
360
d
Wire: XHHW, copper - No. 10
120
LF
0.35
42
0.39
47
89
e
60A / 2P breaker in source panel
1
EA
50.00
50
60.00
60
110
f
60A manual transfer switch
1
EA
500.00
500
120.00
120
620
30A generator receptacle / plug /cord
1
EA
200.00
200
120.00
120
320
2
STATION POWER & CONTROL
a
Service Equipment Enclosure & base
1
JOB
8,000.00
8,000
1,800.00
1,800
9,800
b
120/240V, 100A power panelboard
1
EA
600.00
600
450.00
450
1,050
c
Packaged E-1 panel installation
2
EA
50.00
100
360.00
720
820
d
Enclosure - receptacle / 2 switches
2
EA
40.00
80
120.00
240
320
e
Enclosure ventilation fan
1
EA
250.00
250
120.00
120
370
f
Enclosure thermostat
1
EA
85.00
85
60.00
60
145
g
Enclosure fluorescent light
2
EA
80.00
160
120.00
240
400
h
500w floodlight / conduit mast
1
EA
200.00
200
240.00
240
440
i
Conduit: GRC - 3/4"
15
LF
2.86
43
4.90
74
116
j
Conduit: GRC -1"
10
LF
3.90
39
6.05
61
100
k
3/4"x8ft ground rod
2
EA
30.00
60
60.00
120
180
3
FIELD POWER & CONTROL
a
Trench and backfill 18"D, 18"W
50
LF
1.50
75
2.00
100
175
b
Conduit: GRC - 1"
210
LF
3.90
819
6.05
1,271
2,090
c
Conduit: GRC - 1-1/2"
80
LF
6.25
500
7.15
572
1,072
d
EYS conduit seal fitings
9
EA
25.00
225
30.00
270
495
e
Wire: THHN, copper - No. 14
1,200
LF
0.09
106
0.30
360
466
f
Wire: THHN, copper - No. 12
600
LF
0.13
76
0.36
213
289
h
Concrete core drilling
Concrete penetration seal fittings
7
7
EA
EA
50.00
50.00
350
350
60.00
60.00
420
420
770
770
i
8"x8"x6" NEMA 7 Power box w Hdw
6
EA
300.00
1,800
60.00
360
2,160
j
8"x8"x6" NEMA 7 Signal box w Hdw
1
EA
300.00
300
60.00
60
360
k
J -box Enclosure / concrete base
1
EA
1,700.00
1,700
480.00
720
2,420
1
submersible pump connection
3
EA
20.00
60
120.00
360
420
m
backflow heatrace & GFCI recept
1
EA
100.00
100
180.00
180
280
4
SCADA - Station Equipment & devices
a
LCP601 with integral fiber patch panel
1
EA
23,420.00
23,420
720.00
720
24,140
Pleasant Harbor Resort
Preliminary Engr Report 1 (1-30-12)
b
Signal interface with E-1 panel
3
EA
20.00
60
180.00
540
600
c
Level float switch / hardware installatio
3
EA
100.00
300
180.00
540
840
5
SCADA - Feeder
a
Handhole HH -x, 55L,38W,26D HDPC
4
EA
720.00
2,880
480.00
1,920
4,800
b
c
Conduit: HDPE - 2"
Innerduct (MaxCell MXC2003WH1000)
1,400
2,300
LF
LF
2.00
1.00
2,800
2,300
3.00
0.50
4,200
1,150
7,000
3,450
d
Fiber optic cable -12 fiber
2,300
LF
1.67
3,841
1.50
3,450
7,291
e
Splicing
8
EA
32.00
256
11.40
91
347
f
Terminate signal feeders from (4) PS
1
JOB
20.00
20
180.00
180
200
6
MISCELLANEOUS CONTRACTOR SERVICES
a
Electrical permit application
1
JOB
100
100
b
Coord with Equip Manufacturer
1
JOB
120
120
c
Coord with Project Integrator
1
JOB
180
180
d
Product submittals
1
JOB
240
240
e
Startup and testing
1
JOB
480
480
f
Drawing Asbuilts
1
JOB
240
240
SUBTOTAL
78,724
Pleasant Harbor Resort
Preliminary Engr Report 2 (1-30-12)
Pleasant Harbor Resort
Preliminary Engr Report 1 (1-30-12)
ATTACHMENT B
ELECTRICAL CONSTRUCTION COST ESTIMATE BACKUP
Richard Sample Engineering
STATION: PUMP STATION "Simplex" DATE: 1/30/12
PROJECT: PLEASANT HARBOR RESORT - ENGINEERING REPORT JOB NO: 0805
ESTIMATE BY: RICHARD A. SAMPLE, P.E., JON MATHISON, P.E. (I&C)
BASE RATES. CONTRACTOR: $60/HR, INTEGRATOR: $110/HR ESTIMATE PHASE: Prelim. Engr. report
RSMeans 2010 city cost index multiplier city: Seattle, Washington
NO
DESCRIPTION QUANTITY I MATERIAL
MEASURE UNIT PER UNIT TOTAL
LABOR
PER UNIT TOTAL
TOTAL
1
a
POWER SUPPLY
Conduit: Schedule 80 PVC - 3/4" 50 LF 2.13
107
3.14
157'
264
b
Wire: THHN, copper - No. 12 150 LF 0.13
19
0.36
53
72
c
20A / 1 P breaker in source panel 1 EA 20.00
20
60.00
60
80
2
STATION POWER & CONTROL
a
Backboard and mounting hardware 1 JOB 150.00
150
360.00
360
510
b
Packaged E-1 panel installation 2 EA 50.00
100
360.00
720
820
3
FIELD POWER & CONTROL
a
Trench and backfill 18"D, 18"W 50 LF 1.50
75
2.00
100
175
b
Conduit: Schedule 80 PVC - 1-1/2" 50 LF 3.94
197
4.36
218
415
c
Concrete core drilling 1 EA 50.00
50
60.00
60
110
d
Concrete penetration seal fittings 1 EA 50.00
50
60.00
60
110
e
submersible pump connection 1 EA 20.00
20
120.00
120
140
4
SCADA - Station Equipment & devices
a
Signal interface with E-1 panel 1 EA 20.00
20
180.00
180
200
b
Interface with LCP at Marina B PS 1 EA 20.00
20
240.00
240
260
5
SCADA - Feeder
a
Conduit: HDPE -1-1/2" 700 LF 2.00
1,4001
3.00
2,100
3,500
b
Wire: THHN, copper- No. 14 4,200 LF 0.09
370
0.30
1,260
1,630
6
MISCELLANEOUS CONTRACTOR SERVICES
a
Electrical permit application1 JOB
50
50
b
Coord with Equip Manufacturer 1 JOB
60
60
c
Coord with Project Integrator 1 JOB
1
60
60
d
Product submittals 1 JOB
120
120
e
Startup and testing 1 JOB
240
240
f
Drawing Asbuilts 1 JOB
60
60
SUBTOTAL
8,875
Pleasant Harbor Resort
Preliminary Engr Report 1 (1-30-12)
Pleasant Harbor Resort
Preliminary Engr Report 1 (1-30-12)
ATTACHMENT B
ELECTRICAL CONSTRUCTION COST ESTIMATE BACKUP
Richard Sample Engineering
STATION: PUMP STATION "Duplex" DATE: 1/30/12
PROJECT: PLEASANT HARBOR RESORT - ENGINEERING REPORT JOB NO: 0805
ESTIMATE BY: RICHARD A. SAMPLE, P.E., JON MATHISON, P.E. (I&C)
BASE RATES: CONTRACTOR: $60/HR, INTEGRATOR: $110/HR ESTIMATE PHASE: Prelim. Engr. report
RSMeans 2010 city cost index multiplier city: Seattle, Washington
NO
DESCRIPTION QUANTITY MATERIAL
MEASURE UNIT PER UNIT TOTAL
LABOR
PER UNIT TOTAL
TOTAL
1
POWER SUPPLY
a
Conduit: Schedule 80 PVC - 3/4" 50 LF 2.13
107
3.14
157
264
b
Wire: THHN, copper - No. 12 150 LF 0.13
19
0.36
53
72
c
20A / 1 P breaker in source panel 1 EA 1 20.00
20
60.00
60
80
2
STATION POWER & CONTROL
a
Backboard and mounting hardware 1 JOB 150.00
150
360.00
360
510
b
Packaged E-1 panel installation 2 EA 50.00
100
360.00
720
820
3
FIELD POWER & CONTROL
a
Trench and backfill 18"D, 18"W 50 LF 1.50
75
2.00
100
175
b
Conduit: Schedule 80 PVC - 1-1/2" 100 LF 3.94
394
4.36
436
830
c
Concrete core drilling 2 EA 50.00
100
60.00
120
220
d
Concrete penetration seal fittings 2 EA 50.00
100
60.00
120
220
e
submersible pump connection 2 EA 20.00
40
120.00
240
280
4
SCADA - Station Equipment & devices
a
Signal interface with E-1 panel 1 EA 20.00
20
180.00
180
200
b
Interface with LCP at Marina B PS 1 EA 20.00
20
240.00
240
260
5
SCADA - Feeder
a
Conduit: HDPE -1-1/2" 400 LF 2.00
800
3.00
1,200
2,000
b
Wire: THHN, copper - No. 14 2,800 LF 0.09
246
0.30
840
1,086
6
MISCELLANEOUS CONTRACTOR SERVICES
a
Electrical permit application 1 JOB
50
50
b
Coord with Equip Manufacturer 1 JOB
60
60
c
Coord with Project Integrator 1 JOB
60
60
d
Product submittals 1 JOB
120
120
e
Startup and testing 1 JOB
240
2.40
f
Drawing Asbuilts 1 JOB
60
60
SUBTOTAL I 1
7,607
Pleasant Harbor Resort
Preliminary Engr Report 1 (1-30-12)