HomeMy WebLinkAboutResolutions - 1999.11.18 - 25825REPORT (Misc. #99268) November 18, 1999
BY: FINANCE COMMITTEE - SUE ANN DOUGLAS, CHAIRPERSON
IN RE: MR #99268 - ENVIRONMENTAL INFRASTRUCTURE FUND
REIMBURSEMENT FOR PROJECT IN THE CHARTER TOWNSHIP OF
INDEPENDENCE
TO THE OAKLAND COUNTY BOARD OF COMMISSIONERS
Chairperson, Ladies and Gentlemen:
The Finance Committee, having reviewed the above referenced
resolution on November 4, 1999, hereby recommends that the
resolution be approved with the following amendment to the third
WHEREAS paragraph:
WHEREAS the Charter Township of Independence is requesting
reimbursement for the first draw (30% of the cost) to purchase a
SCADA (Supervisory Control and Data Acquisition) system to monitor
all the township's sanitary lift stations, well houses and storage
tanks; and
Chairperson, on behalf of the Finance Committee, I move the
acceptance of the foregoing Report.
FINANCE COMMITTEE
FINANCE COMMITTEE VOTE:
Motion carried unanimously on a roll call vote.
TOWNSHIP OFFICES
1248) 625-5111
FAX: 12449) 625-2515
GALE A. STUART
Supervisor
JOAN E. UcCRAFIT
Clerk
JAMS R. WENGER
Treasurer
TOWNSHIP TRUSTEES
JEFFREY MCGEE
LARRY ROSSO
DANIEL F. TRAVIS
NEIL E. WALLACE
•A
CHARTER TOWNSHIP OF INDEPENDENCE
90 NORTH MAIN STREET POREEM5 L MINN. MICHIGAN 48347-0069
AUTHORIZING ENVIRONMENTAL INFRASTRUCTURE FUND
EXPENSE REIMBURSEMENT REQUEST
WHEREAS, upon the recommendation of the Oakland County Executive, the Oakland
County Board of Commissioners has established an Environmental Infrastructure Fund
Program to assist Oakland County cities, villages and townships in addressing clean
water and storm water needs; and
WHEREAS, Oakland County's Environmental Infrastructure Fund Program authorizes
Oakland County cities, villages and townships to apply for reimbursement of eligible
expenses incurred in connection with environmental remediations or improvements
relating to ground and/or surface water, water supply, sewer and/or drainage systems
and/or water pollution control efforts incurred as part of a city, village or township road
project; and
WHEREAS, the Township of Independence, Oakland County, Michigan has incurred
expenses in connecton with environmental remediation or improvement project(s)
believed to be eligible for reimbursement under Oakland County's Environmental
Infrastructure Fund Program.
NOW THEREFORE BE IT RESOLVED that this Independence Township Board
authorizes and directs its Department of Public Works Director and Finance Director, as
agents for the Charter Township of Independence, in the manner and to the extent
provided for under Oakland County Board of Commissioner Miscellaneous Resolution
99093, to request reimbursement as directed by the Township Board of eligible
environmental remediation or improvement project expenses under Oakland County's
Enviromental Infrastructure Fund Program.
I, Joan E. McCrary, Clerk of the Charter Township of Independence, hereby certify that
the above is a correct and true copy of a resolution unanimously passed at a regular Board
meeting of August 3, 1999.
7-1oan E. McCrary
Township Clerk
DEPARTMENT of PUBLIC WORKS
6050 Flemings Lake Road
P.O. Box 69
Clarkston, MI 48347
Water/Sewer (248) 625-8222
CHARTER TOWNSHIP OF INDEPENDENCE
90 NORTH MAIN STREET PO BOX 69 CLARKSTON, MICHIGAN 48347
October 19, 1999
LAKE VIEW CEMETERY
6150 While Lake Road
P.O. Box 69
Clarkston, MI 48347
(248) 625-4146
Mr. Thomas Ott, Manager
Oakland County Fiscal Services Division
1200 N. Telegraph Road
Pontiac, MI 48341
RE: Environmental Infrastructure Fund Reimbursement Request
Dear Mr. Ott:
The Charter Township of Independence is requesting reimbursement through Oakland County's
Environmental Infrastructure Fund Program. To replace our current SCADA System, which is a
Motorola Intellution Fix 32 that was installed approximately ten years ago. Motorola does not
offer an upgrade to make the Fix 32 Y2K compliant. Therefore, we need to replace the entire
system, which monitors and operates: 11 sanitary sewer lift stations; 2 storage tanks; 2 booster
stations; 11 well houses.
Attached copies: 1. Specifications for the new SCADA System Opto 22, with a copy of our
recommendation to the Board to award the bid to Great Lakes Instrumentation, for $142,000;
2. Copy of our Purchase Request with invoice requesting first draw of 30%;
3. Copy of the Resolution, adopted by the Township Board.
The Charter Township of Independence understands that the review and processing of this
reimbursement request will be governed by the provisions of MR99093 and certifies that all
expenses submitted for reimbursement were incurred in connection with a qualifying
environmental remediation or improvement project.
If you have any questions concerning this matter, please contact Linda Richardson at (248) 625 -
8222. Thank you for your assistance.
Sincerely,
Geo* Anderson, Direcfor
Department of Public Works
GA:11r
, t
SPECIFICATIONS
GENERAL
All information to Bidders and Supplemental Information to Bidders shall specifically
apply to these specifications unless specifically stated otherwise.
The project shall consist of the Contractor engineering and installing a complete and ready
to use Microprocessor Based SCADA Control System (MBSCS) system as specified
herein for the sewer and water department of the Owner. The overall scheme is to utilize
remote control/telemetry units that communicate back to a Central Station via radio. The
Central Station PC shall utilize a Microsoft NT based Human Machine Interface software
(HMI) capable of sharing data with other applications and databases via DDE and
RDBMS such as Alpha Numeric Paging of alarms; complete process trending; and
advanced security and alarming functions. The following sections shall describe, to the
best detail possible, the intent of the system sought by the owner.
SCOPE
These specifications define the minimum requirements for performance, fabrication,
integration, testing, and shipment of the MBSCS system.
The Contractor shall provide a complete system that functions in accordance with and
fulfills all of the requirements set forth in this Specification. Any omission of details in
these specifications shall not relieve the Contractor of furnishing a complete, operating
system.
The Contractor shall perform the work and provide the equipment as described in these
specifications which includes all required engineering, hardware, inter-connecting cabling,
software, testing and debugging, documentation, and support services.
The contractor shall assume responsibility for complete engineering and system
integration. The Contractor shall be responsible for contacting the Director of Public
Works or his duly appointed representative for all necessary design interaction required to
complete the system.
The Contractor shall utilize a field proven equipment and implementation schemes.
The Contractor shall provide fabrication drawings for the 110, controllers, ect. within
their required cabinets with a complete bill of material for each. These drawings will be
approved by the Director of Public Works or his duly appointed representative prior to
cabinet assembly.
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f , r
The Contractor shall permit inspection of the system equipment by the Director of Public
Works or his duly appointed representative(s) at various stages of manufacturing and
assembly as necessary.
The following will be provided by the Owner:
(1) Data, as required, for the contractor to design and assemble the system. This will
include quantity, type, and distribution of 110.
(2) Equipment storage at job site.
(3) Coordinated labor for installing at the job site.
(4) All required field instrumentation such as fiowmeters, pressure/ level transmitters, dry
contacts, relays, positive zero returns (PZR).
(5) Calibration of all field devices which interface to the MB SCS system.
(6) HMI computer consistent with owner's guidelines.
GENERAL DESIGN REQUIREMENTS
The system supplied shall be a modular, 32 bit or better microprocessor based, process
control and data acquisition system that includes a comprehensive set of algorithms that
provide both analog and digital control for full process and sequential logic, as well as
monitoring, interlocking, alarming, data acquisition, and any other process related actions
normally associated with control of an industrial/ municipal facility.
The system shall be capable of, but not limited to performing certain specific tasks, such
as:
(1) Perform regulatory control functions.
(2) Display at the Central Station PC's, control loop status, including process variable
input, controller setpoint, controller output, and control mode setting and status.
(3) Provide for the capability of the operator to assume manual mode control of a loop
and to change controller modes, output values, and tuning setting from the Central
Station PC's.
(4) Trend, record, and log process variables, set-points, and controller output, etc.
(5) Display and control digital output contacts for control of motor and solenoids.
(6) Provide dynamic interactive color graphics of sections of the station/ site process,
including relevant control loops and process measurements from which the operator
may monitor or control the station/ site.
(7) Provide data accumulation of selected measured variables for periodic and event
triggered logging. The accumulated data will be stored for historical purposes. The
system will be capable of storing information in an hourly, shift, daily, weekly,
monthly, and yearly format.
(8) Allow for analog and digital control strategy manipulation via the Central Station PC.
The Central Station shall be programmed with proper security features which will be
used to prevent unauthorized personnel from changing controller tuning parameters,
alarm settings, system displays, configuration, etc.
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(9) The Central Station database shall be capable of storing information for an unlimited
number of1/0 points.
(10) Local and remote (paging) alarm point enunciation / notification.
The system shall be designed to allow a programmer to make on-line changes, additions,
or deletions to the current executing process control scheme. In this sense, on-line means
the programmer will have the capability to revise the current process control logic without
requiring that any portions of the process be interrupted.
The HMI shall provide and be programmed to allow configurable alarm or status printing
at the Central station. The logs will be initiated to print by event, or on a regular based
schedule, or upon operator demand from the Central Station. A separate, dedicated
printer shall be designated as the logging printer. It will provide a hardcopy of all process
related logs as required.
All software and all process, status, and alarm information, together with other data stored
in the system, shall be protected from loss by inadvertent operator action or by input
power failure. Where batteries are required to meet this requirement, they shall be capable
of maintaining memory for at least 24 hours.
The system shall continuously monitor itself for failures of its various components. When
a failure is detected, and alarm shall be activated at the Central Station.
Graphical system status displays shall be available at the Central Station. These displays
shall graphically summarize the number and type of units connected to the data highway
and/ or remote site and indicate their operating status. Failures in any RTU shall be shown
on the system status display. These types of failures shall also include loss of power,
temperature, and low battery. A direct description shall indicate the type of failure
detected.
The Central Station and RTU's shall be flexible and easily expandable. At the time the
system ships, it shall contain approximately 20% installed spare capacity for expansion.
The system shall be designed to have the capability of increasing the overall system
capacity in the future by at least 100% with additional hardware.
Any special tools required for system operation or maintenance will be included in the bid.
The RTU/ Controllers shall be specifically designed for an industrial/ municipal process
control environment. The equipment shall be standard, and have been commercially
available for at least 3 years prior to delivery and part of an existing product line. The
Contractor shall provide, upon request, evidence of an existing system that used the same
basic hardware, software, and system concepts. Per component, all hardware, firmware,
and software revision levels shall be identical.
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I.
The Contractor, in conjunction with the Owner, will assign tag numbers to all major pieces
of equipment in a location easily visible from the outside of the enclosure. Nameplates
shall be made of engraved laminated plastic, color matched to the equipment, and fastened
in place with stainless steel screws.
GENERAL HARDWARE REQUIREMENTS
CENTRAL STATION
The Central Station shall consist of the following PC based equipment, supplied by the
Owner, to be incorporated into the system by the Contractor:
I. One (1) Pentium III based or faster PC with 12 Gig hard drive, 128 Megs of RAM,
32x CD-ROM, and sound cards, with speakers. The PC will be utilizing Microsoft NT
as the operating and networking system for the system.
2. One (1) alarm printer that will be connected to the computer.
3. One (I) 17" flat screen monitor with minimum 1600x1280 resolution which will be
connected to the computer.
4. I-Omega Zip removable drive backup unit with SCSI (installed by the contractor) will
also be contained in the PC listed above.
NOTEBOOK
The notebook shall consist of the following PC based equipment, supplied by the
contractor, to be incorporated into the system for use as, RTU setup / backup of system
central computer / remote operation of the central, by the Contractor:
I. One (I) Mobile Pentium 111400 based or faster
2. Intel 440BX chipset @128 MB
3. 256 K Installed pipeline-burst cache
4. ATI Rage LT Pro graphics chip set
5. 8MB SDRAM Graphic memory
6. IBM DCYA-2140000 13.4 GB ATA-4 hard drive
7. Swappable floppy disk drive
8. Zip drive
9. 24X CD / DVD drive
10. Built in speakers / microphone with output jack
11. 15.3" TFT display with 1024/768 resolution.
12. Lithium ion battery
13. 3 year parts / labor warranty.
The Central Station shall consist of the following equipment and services to be supplied by
the contractor as part of this project:
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I. The Contractor shall engineer, furnish, and install a complete I10 monitoring and
control systems complete with the necessary interfacing controllers, I/0 racks,
cabinets, and networking requirements to efficiently communicate via radio with all to
the Owner's remote SCADA sites included in this Contract.
2. The equipment, in Item 1, shall be interfaced with the one (1) owner supplied PC to
provide for monitoring and control of the remote sights.
3. The system shall have full flexibility in specifying or changing the numbers,
descriptions, ranges, scale factors, or grouping of various displays at the Central
Station PC.
4. The central PC shall utilize the following types of graphical displays:
(1) Control system process overview and monitoring displays.
(2) Group displays.
(3) Individual loop displays.
(4) Process and system malfunction alarm displays.
(5) Paging alarm displays
(6) Trend displays.
(7) Process graphics displays.
(8) Diagnostics displays.
(9) Totalization and runtime displays.
(10) On the fly or create as needed or required displays.
(11) Each display shall be identified by a number and/or a title. It shall also
have and time date icons and will be used as a template to help expedite the
development of all graphical screens.
110 & Processor Cabinets
System process control will be executed via microprocessors located in the remote 110
cabinets. Further processing capability shall be available at each 110 point in groups no
greater than 32 points of 1./0. Control functions for the remote sites will depend on a
centrally based device or communication link.
In the event that any processor fails, or malfunctions, or a power failure occurs, output
signals controlled by the processor(s) will go to a program configurable safe state.
Equipment that has been stopped by this action will be configurable to not restart
automatically when the processors have been repaired, replaced, or reenergized. Operator
action will be required to restart the equipment.
In the event of a power supply failure or incoming power system failure, the processor
shall retain all control configuration memory for a period of time. Contractor shall state
this time period in the bid.
Digital input circuits shall be designed such that an inadvertent grounding of the
interrogation source, or return field wiring will produce an open circuit. The Contractor
shall state their belief if external fusing of the digital inputs is necessary to meet this
requirement.
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GENERAL SOFTWARE REQUIREMENTS
The contractor shall provide all programs necessary to support the system features and
operation as detailed in this specification, including interrupt handling, data transfer,
scheduling, resource allocation, etc.
The system shall operate in real time. Software provided by the contractor shall be
included to cover all of the system operating requirements detailed in the specification.
The software provided shall be capable of providing data acquisition, data conversion,
digital conversation, digital filtering, high/low alarm limit checking, and control
implementation. It shall be possible to interlink process data points to create cascade
control schemes and to develop more advanced control strategies.
GENERAL HMI SPECIFICATIONS
Operator Station Description
Software must take advantage of the graphical Windows NT 4.0 interface to make it easy
to understand, configure, design and troubleshoot in a distributed client-server
environment. Some key features:
• A Strategy Tree that provides a graphical tree-like view of your control system
configuration.
• Flowchart programming environment that provides a precise, graphical view of your
control process
• An animated debugger to step through every point in a control program.
• Subroutine builder that provides extensive code reusability by packaging flow charts
for later use.
• Self-documenting of programming, configuration and tags.
• Long tagnames to be shared with all applications and is open and accessible to third-
party applications using a built-in software developers kit (SDK).
• Utilizing communications enabling technologies in Windows to provide open access to
the control system database for third party and custom development.
• Alpha numeric paging of alarms / status changes.
FLOWCHARTING
Easy to understand graphics and symbols, flowchart-based language which lets
programmers write programs visually.
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CONFIGURATOR
Provide an intuitive user interface that graphically documents the control strategy.
Instruction insertion and editing accomplished through the use of standard pull-downs,
dialogs, and controls as are now a familiar part of all Windows-based software packages.
Action blocks contain one or more things to test for, connections show the sequence of
operations and continue blocks allow jumps to other areas in the control strategies.
COMMAND SET AND SUBROUTINES
Provide a command set which handles a variety of data types, including integer, floating
point, ASCII String, and arrays of each. An ability to create and archive subroutines
which can then be called up and executed by multiple programs, as specified by the
programmer.
STRATEGY TREE
The entire system configuration is graphically presented in the Strategy Tree. The
Strategy Tree is a hierarchical tree-like representation control system. Each object
configured as part of the control strategy has an associated icon, Controllers, I10 points,
variables and even the logic itself are represented.
DEBUGGER
An animated, real-time debugger to check out system configuration or follow the flow of
control logic.
CONTROL DEVELOPMENT SUITE
• Control, a graphical flowchart based development environment
• Server, a robust data server that connects the controller network with the PC-based
network
• Display allows you to construct your operator interface by designing graphical objects.
Displays can combine pictures, symbols, bitmaps and 3-D graphics form an extensive
library. Display functions can include controller-driven animation and operator-driven
commands. Operators can also utilize real-time data for trend plotting.
GENERAL ELECTRICAL REQUIREMENTS
Electrical access to all cabinets for power wiring, data highway cabling, and field I/0
wiring shall be up through the bottom of the enclosures.
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The Contractor shall provide all wiring internal to their system, including that required for
interposing relays, if provided.
The Contractor shall provide all required and internal power wiring.
All 110 and microprocessor control units shall be furnished with power supplies at the
component utilization voltage required. Any additional equipment required to convert
power to the required voltage shall be provided by the Contractor.
All power supplies shall be 110 percent capacity designed to maintain continuous service
from the Owner's sources while subject to the source regulation specified.
Power source furnished for the system will be as follows or equivalent for the central
location:
(1) Uninterruptible AC source, minimum one hour backup, single phase, two wire,
grounded, 120 VAC nominal, plus or minus 10% probable fluctuation, 60 HZ,
plus or minus 1.0, voltage sine wave function with harmonic distortion not to
exceed 5%, very to system faults or inverter failure.
(2) Unregulated commercial grade AC source, single phase, two wire grounded,
60 HZ, 120 volts nominal, plus or minus 10% normal fluctuation,
approximately one minute duration dips to 80% of nominal voltage
infrequently.
The Contractor shall state source voltage and frequency variation that will still allow for
proper operation of the control system.
All power supplies shall be designed to eliminate any potentially detrimental effects due to
source voltage harmonic distortion, ripple, or high voltage spikes. The Contractor shall
state maximum variations permitted that will still allow proper operation of the control
system.
All transformers, inverters, regulators, rectifiers, etc., required to convert the source
voltage to that required by the system shall be furnished by the Contractor.
The Contractor shall supply suitable ground bus bars in all equipment cabinets.
Separate isolated ground systems shall be provided for both signal ground and equipment
ground.
All electrical enclosures shall be grounded in accordance with NFPA No. 70-1981 and
IEEE No-142 recommended practices for grounding of industrial commercial power
systems.
All equipment shall be protected against surges in the control and sensor wiring.
The system shall have adequate shielding to prevent failure or misoperation due to radio
frequency interference (RFI). RFI sources in the area will include hand held receivers,
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airplane flyover, and amateur radio. Contractor shall state distance requirements of
normal radio equipment from the system equipment.
All communication electronics shall be protected against surges induced on the data
highway.
Communication link overvoltage protection is required to protect all equipment against
overvoltage of any communications link. The system must be IEEE No. 472 (Surge
Withstand Capacity Test).
All field wiring of sensors transmitters, etc., performed by Owner, shall be terminated by
Contractor on their furnished terminal strips in the I10 cabinets. Wiring form the I10
cards to these terminal strips is the responsibility of the Contractor. The Owner will assist
in the layout and arrangement of these terminal strips to ensure proper interface with the
field wiring. All terminal strips and blocks shall be suitable for terminating #12- #16
stranded AWG copper wire and shall be of high density design rail mounted and
approximately .25 inches (6 mm) in height.
The Contractor shall provide a suitable wireway for all field wiring entering the I10
cabinets. Wireways shall be Panduit or equal and shall not be filled any more than 60%
capacity.
A maximum of two (2) conductors per terminal shall be permitted. This includes all
wiring plus terminal allowance for external wire normally required.
All internal wiring shall be permanently tagged with sleeve type markers. Markers shall be
black letters on white sleeves.
All 110 VAC power series shall be #14 AWG stranded, 600 volt PVC insulated copper
wire or equivalent. Color coding shall be black for the phase leg, white for the neutral leg,
and green for the instrument case ground. All powered instruments shall have their cases
grounded.
The Contractor shall provide with their bid data, the maximum and minimum allowable
room temperature and humidity for the operation of the system components.
CENTRAL STATION DATABASE LAYOUT
The Contractor shall perform all loading, setup, and programming of the necessary 110
driver at all Central Station Networked Sites and controllers to view and control the
remote sites. The Contractor shall supply all drivers and other necessary software and
hardware to complete this task successfully.
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Each remote site and its specified I10 tags shall be programmed into a Microsoft NT
based HMI database complete with alarming, trending, and DDE. A uniform and
consistent tag name scheme shall be approved by the Owner. All analog, digital inputs and
outputs, alarming and trending parameters to be incorporated by Contractor shall be
supplied by the Owner. All necessary totalizers, program blocks, calculation blocks, etc.,
shall be completed by the Contractor as needed to provide the Owner with a complete and
ready to use database that will be able to link to the Microsoft NT based portion of the
HMI graphics package.
The Owner requires one (1) Central Control Room PC based station, Owner supplied, to
be set up at their main office.
All programming for system security shall be performed by the Contractor and approved
by the Owner.
The data collected at the Central Station PC's shall be manipulated and seamlessly loaded
into an Owner approved DDE, ODBC, and RDBMS compliant database or spreadsheet to
create comprehensive reports that can utilize graphics. The database and spreadsheets
shall be completed by the Contractor through tight interaction with the Owner in order to
ensure accurate and desired reporting capability.
CONTRACTORS QUALIFICATIONS
Qualifications are required, by the Contractor, to determine that they have prior
experience in performing a complete integration of a MBSCS similar to the scope and
complexity as the one specified in these documents. Database and spreadsheet experience
are also necessary to ensure success of this project, and shall also be required of the
Contractor.
Contractors are to submit a list of references along with documents that showcase their
prior experience and expertise with the above equipment and their integration as part of
the bid required in the bid section of these specifications.
The Contractor shall acknowledge, in the bid section, that they have read and understand
these requirements and that they have included a list of references and other qualification
documentation material along with their bid to substantiate it.
The Owner reserves the right to disqualify any or all Contractors that they do not feel can
substantiate their bid as outlined in these specifications.
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TRAINING
The Contractor shall include allowances for complete training of the Owner's personnel in
the operation and maintenance of the system. To further enhance the training effort, it is
required where possible, that the Owner's personnel be included in development of all
phases of the SCADA system.
Training programs shall be conducted at the Owner's location. Documentation used for
training shall be applicable to and detailed for the Owner's system.
The following personnel will require training in varying degrees:
(1) Sewer Department Foreman
(2) Water Distribution Foreman.
(3) Water Service Department Foreman.
(4) Water Treatment Foreman.
(5) Electrical Department Personnel.
(6) Superintendent of Water and Sewer.
(7) Director of Public Works.
TESTING AND INSPECTION
The Owner shall have the right to inspect the system equipment during the manufacturing
and assembly period prior to system testing.
The system shall be fully tested prior to shipment. This will include verification of
hardware integrity and system software program functionality. The components will be
tested as a complete system with cables connected to link the entire system together as it
will be installed at the job site. Alternative suggestions by selected Contractor will be
taken under advisement.
The testing program will be a combined effort of the Owner's designated personnel and
Contractor personnel. The Owner's personnel will assist the Contractor in
troubleshooting hardware problems and in the implementation of the software.
All test stands and all measuring equipment shall be provided by the Contractor and
utilized as necessary.
Prior to the Owner's personnel arriving at the remote sites for system testing, the
contractor shall verify that all inputs and outputs wired to the test stands read into the
software to the appropriate associated input or output address point.
Prior to Owner's personnel arriving at the remote sites for system testing, the Contractor
will function test the entire system to ensure that all components are operational and
communicating properly with other components of the system, such as central station
controllers to I10 racks, 110 cards to microprocessors, etc.
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All Central Station testing of links between the MMI database and graphics, trending
parameters, totalizers, calculation blocks, alpha numeric paging, etc., shall be completely
tested and certified by the Contractor for use by the Owner. The Owner will NOT accept
any incomplete portions of the project.
As much as possible of the testing shall be completed at the Owner's premises and the cost
shall be included in the project.
SPARE PARTS
The contractor shall supply adequate spare parts to repair a single RTU sight or the
central sight in the event of a unforeseen system failure. This will include all necessary
equipment from the field I10 to the tip of the antenna, or in the case of the central all
necessary equipment from the keyboard to the tip of the antenna. (the included notebook
will cover the central computer)
SHIPPING
The Owner shall be advised of the scheduled shipping date at least two weeks in advance.
The contractor shall be responsible for ensuring that no hardware associated with the
system is subject to any detrimental temperature or humidity conditions during transit to
the job site.
The Contractor shall be responsible for any and all damage to, or losses of, materials,
equipment occurring during delivery of the system to the job site. Should equipment be
damaged during shipment, the Contractor shall repair or replace any damaged equipment
or materials immediately. The Contractor shall pay all additional shipping costs incurred
to assure arrival of the replacement components in the quickest time possible.
DOCUMENTATION
The Contractor shall provide complete documentation for the system and its constituent
parts, including hardware, software, schematic diagrams, user manuals, troubleshooting
procedures, etc.
Where possible, the documentation shall be provided in an electronic format such as
Microsoft Word. Hard copy manuals and drawings shall be bound in hardback covers and
be indexed in an orderly manner and shall have detailed information about every major
system component (110 cards, processor boards, communication modules, etc.) supplied
with the system. These manuals will be used primarily for troubleshooting and future
additions by the Owner's personnel.
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120 VAC/VDC
90-140 VAC
300 VAC
4000 Volts transient
-20mA to +20mA
0.000008 mA
36mA or 9 Volts
200 ohms
0.05%
4000 Volts transient
Both remote and central station hardware drawings shall include as a minimum:
(1) AutoCAD dwg format
(2) Central PC's to Central Controllers and rack layouts.
(3) Cabinet wiring diagrams and intercabling sketches.
(4) System power and grounding diagrams
(5) Certified dimensional drawings for all consoles and cabinets including weights.
(6) Final overall system schematic and layout drawing showing all major
components such as central PC's, viewing node, I/O cabinets, data highway
cabling, etc.
SCHEDULING
The project is to be completed, on-line, and de-bugged within 180 days including shipping
and assembly of equipment. Schedule will be extended as needed if delays are incurred by
Contractor because of Owner's portion of the project.
BID FORMAT
The Contractor shall respond in their bid to all paragraphs in the specification that shall
specifically ask for information.
The Contractor shall submit the pricing portion of their bid in the format as outlined in the
bid.
Remote Telemetry Unit (RTU) /Controller Requirements
WATER SIGHT REMOTES
I/O Specifications
No less than 8 Digital inputs
• Nominal input voltage
• Input Voltage Range
• Channel to Channel Isolation
• Optical Isolation to Logic
No less then 4 Analog inputs
• Input range
• Resolution
• Maximum survivable input
• Input resistance
• Accuracy
• Optical Isolation to Logic
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No less than 4 Digital outputs
• Nominal line voltage
• Maximum line voltage
• Diagnostic feature
• Current rating
• Optical Isolation to Logic
No less then 4 Analog outputs
• Output range
• Max. loop resistance
Enclosure/power/ backup
120/240 VAC
280 VAC
Four isolated manual
auto switches
.75 amp per channel
4000 Volts transient
4-20mAdc
1000 @ 24VDC
• Nema 4X
• AC power UPS protected 120 vac supply
• 5 volt dc power supply +/- .01 volt
• battery 12V 12amp hr, lead-acid gel cell
• 12 volt charger 500 mA float charge, 2 amp max fast
charge
• short circuit protection
• Temperature controlled 45 °F - 120°F
SEWER SIGHT REMOTES
I/O Specifications
No less than 8 Digital inputs
•
•
•
•
•
•
•
•
•
Nominal input voltage
Input Voltage Range
Channel to Channel Isolation
Optical Isolation to Logic
Input range
Resolution
Maximum survivable input
Input resistance
Accuracy
Optical Isolation to Logic
120 VAC/VDC
90-140 VAC
300 VAC
4000 Volts transient
-20mA to +20mA
0.000008 mA
36mA or 9 Volts
200 ohms
0.05%
4000 Volts transient
No less then 2 Analog inputs
Page 14
No less than 0 Digital outputs, with future ability of no less than 4
• Nominal line voltage
• Maximum line voltage
• Diagnostic feature
• Current rating
120/240 VAC
280 VAC
Four isolated manual
auto switches
.75 amp per channel
• Optical Isolation to Logic 4000 Volts transient
No less then 0 Analog outputs, with future ability of no less than 4
• Output range 4-20mAdc
• Max. loop resistance 1000 @ 24VDC
Enclosure/power/ backup
• Nema 4X
• AC power UPS protected 120 vac supply
• 5 volt dc power supply +/- .01 volt
• battery 12V 12amp hr, lead-acid gel cell
• 12 volt charger 500 mA float charge, 2 amp max fast
charge
• short circuit protection
• Temperature controlled 45 °F - 120°F
CENTRAL CONTROLLER
No less than 8 Digital inputs
• Nominal input voltage
• Input Voltage Range
• Channel to Channel Isolation
• Optical Isolation to Logic
No less then 4 Analog inputs
• Input range
• Resolution
• Maximum survivable input
• Input resistance
• Accuracy
• Optical Isolation to Logic
No less than 4 Digital outputs
• Nominal line voltage
• Maximum line voltage
• Diagnostic feature
• Current rating
• Optical Isolation to Logic
120 VAC/VDC
90-140 VAC
300 VAC
4000 Volts transient
-20mA to +20m
0.000008 raA
36mA or 9 Volts
200 ohms
0.05%
4000 Volts transient
120/240 VAC
280 VAC
Four isolated manual
auto switches
.75 amp per channel
4000 Volts transient
Page 15
No less then 4 Analog outputs
• Output range 4-20tnAdc
• Max. loop resistance 1000 @ 24VDC
Enclosure/power/ backup
• Nema 4X
• AC power UPS protected 120 vac supply
• 5 volt dc power supply +/- .01 volt
• battery 12V 12amp hr, lead-acid gel cell
• 12 volt charger 500 niA float charge, 2 amp max fast
charge
• short circuit protection
• Temperature controlled 45 °F - 120°F
Communication Interfaces
• Radio interface (1)
• RS 232 (1)
• Modbus ASCII or RTU protocol
Programming interface
• RS 232 port (1)
Approvals
• FCC part 15
Controller
• 32-bit Motorola 68ECO20 processor
• 16.67 MHz
• 4 corn ports
• System monitor
Communication Specifications
Radio Interface: Existing Motorola GM 300
• PTT, COR
• input levels from 20mV to 3Vpp
• input impedance >30K ohm @ 1KHz
• output level 3Vpp maximum with 10Kohm load
• output impedance <1Kohm 1KHz
• flat audio in and flat audio out
• transmit audio adjustable from 20 mV - 2V p-p
• COR adjustable from 0.1 to 4.5 VDC
• PTT output relay to ground <300mA max, NO or NC
position
• signaling @ 1200 baud FSK
Page 16
RS 232 Interface:
• FCC ED
• Operating voltage
• Current drain
• Temperature range
• Data interface
part 15
7-16- VDC
less than 50 mA
-30° C +60°C
EIA RS-232C Standard
Power:
• 13.8VDC nominal, 10.5- 16VDC
• 75mA typical, 150 mA Max @ 16VDC
Enclosure/power/ backup
• Nema 4X
• battery 12V 12amp hr, lead-acid gel cell
• charger 500 mA float charge, 2 amp max fast charge
• short circuit protection
• AC power - 115VAC, 0.7 Amp max
• Temperature controlled 45 °F - 120°F
Existing Radio Specifications
• 146-174 MHz
• VHF Band
• Channel Spacing 20/25/30
• Power output 10-25W
• 8 Channel
• FCC Licensed (Contractor Responsibility)
NAME
ELEVATED TANK
CENTRAL DPW
CHESTNUT HILLS
CLARKSTON BLUFFS
CLARKSTON GARDENS
DEERWOOD I, II
DEERWOOD III
HIDDEN LAKES
HJ1LVIEW
LAKE OAKLAND WOODS
PINE KNOB MANORS
FELTON
SPRING LAKE SOUTH
WYNGATE
DEER LAKE FARMS
WATER SIGHTS
ADDRESS
7171 DIXIE HWY
6050 FLEMING RD
5685 CHESTNUT HILL DRIVE
6501 RIDGE-VIEW DRIVE
6661 PEAR
8133 DEERWOOD ROAD
8733 MORNINGMCIST DRIVE
6097 RIDDEN LIKES BLVD
9779 KLAIS ROAD
5200 PHEASANT RUN ROAD
6740 ROYAL ST. GEORGE
4995 PELTON ROAD
6341 GOLFVIEW
7505 WYNGATE
7575 DEERHILL
CITY STATE / ZIP
Clarkston MI 48346
Clarkston MI 48346
Clarkston MI 48346
Clarkston MI 48346
Clarkston MI 48346
Clarkston MI 48346
Clarkston MI 48346
Clarkston MI 48346
Clarkston MI 48346
Clarkston MI 48346
Clarkston MI 48346
Clarkston MI 48346
Clarkston MI 48346
Clarkston MI 48346
Clarkston MI 48346
Page 17
SEWER SIGHTS
CANTERBURY 8621 ORTONVILLE RD Clarkston MI 48346
M - 15 6405 ORTONVILLE RD Clarkston MI 48346
SPRING LAKE 6120 MAYBEE ROAD Clarkston MI 48346
4600 ENNISMORE Clarkston MI 48346
4646 MAJOR Clarkston MI 48346
4231 ME'VERS Clarkston MI 48346
5695 PARVIEW Clarkston MI 48346
6811 HIDDEN LANE Clarkston M148346
9036 MORNINGMIST Clarkston MI 48346
CORRUNA Clarkston MI 48346
Page 18
MEMO
TO: Township Board
FROM: George Anderson
DATE: September 16, 1999
SUBJECT: SCADA System
I am seeking the Board's permission to purchase a SCADA system to monitor all of the
townships sanitary lift stations, well houses and storage tanks. We advertised in the local
newspaper and solicited bids, by phone. Three (3) sealed bids were received and opened
at 10:15 a.m. Wednesday September 15, 1999
Great Lakes Instrumentation $142,000
C.J. Electrical, Inc. $162,877
DynaLogic Engineering $360,591
At this time, we are reviewing the bids to make sure all bidders are supplying the labor,
material and services as specified, as there is quite a large span between the bids;
Great Lakes Instrumentation is mainly a one man operation, he has serviced and
maintained our current Motorola system for the last four or five years. Therefore, he is
very familiar with our needs. I am confident he can supply the service we are looking for,
at this time.
C.J. Electrical, Inc. I know very little about, except it is also mainly a one man operation
out of Kalamazoo.
DynaLogic Engineering is a division of The Benham Company with a staff of 600 +
professional engineers, architects and scientists. They have designed and implemented a
wide variety of control systems for Ford Motor, Chrysler, GM, etc. I have included a
copy of their "Letter of Introduction" and a clarification of their bid.
I am recommending the bid be awarded to Great Lakes Instrumentation at a cost of
$142,000.
GA:11r
Attachment
Public NocieriSCADA
Office (517) 662-2674
Fax (517) 662-2644
Home (517) 832-1675
Pager (517) 276-2806
Russell D. Williams
Vice President
P.O. Box 113
211 N. Auburn Street
Auburn, Michigan 48611
LINDA RICHARDSON
Independence Township
Great Lakes Instruments & Controls, Inc. agrees to furnish and start up one Microprocessor Based
SCADA Control System. utilizing a Microsoft NT based human machine interface (HMI), capable of
sharing data with other applications and data bases, via DDE and RDBMS including alpha mnneric
pagers, complete process trending, advanced security and alarming functions.
GENERAL DESIGN:
• Opto Control factory suite HMI, perform regulatory control, dynamic displays of process, trend.
record and log process variables.
• Opto Snap I10 hardware.
• Existing Motorola radio communications and VHF frequency.
• Johnson Data Telemetry 1200 Baud Modems between central and remotes.
• Ameritech alpha numeric paging of alarming and selected process changes.
• Autocaud drawing revisions.
• All power and phone surge suppression at central and remotes.
• Included will be a new central computer workstation 8c chair.
HARDWARE:
• E-Omaga zip drive to be installed in customer supplied NT Computer
• One Dell Inspiron 7000 built to bit specifications
• Snap LCSX 32 Bit Controller w/1 mb Ram, 4 comm ports
• Fatory Floor Control Software Suite
• Snap B3000 Snap Digital/Analog Brain Board
• Snap B4M Snap 4 position (16 channel) digital/analog I/O rack
• Snap IAC5 Snap 4 Channel AC Input Modual
• Snap OAC5 Snap 4 Channel AC Output Modual
• Snap AIMA Snap 2 Channel +/- 20ma Analog input module
• Snap A0A23 Snap 2 Channel 4/20ma Analog output module
• 24 Volt DC power supplies
• 5 Volt DC power supplies
• Johnson Data Telemetry 1200 Baud Modems
• Motorola HLN9457 Motorola Hardware Kits
• Spector Win 411/911 w/soundcard alarming / paging system.
INSTALLATION:
• Great Lakes Instruments & Controls (GLIC) will work with DPW personal on scheduling and
integration of new system to minimize process interrupts.
• GLIC will provide all engineering, hardware, inter-connecting cabling, software, testing, debugging,
documentation and support services.
• All equipment will withstand -10°C +60°C temperatures.
DEMOLITION:
• All existing equipment will be removed from sight and disposed of in compliance with locaL state
and fedaal regulations.
SPARE PARTS:
• Spare pails will be provided to replace a complete remote sight in case of unforeseen future damages.
• Spare parts will be provided to restore a complete operational central unit with the included notebook
computer as a backup central computer.
Total System Su_Dnlied, Inteerated, Started UP with DPW Personnel
Training and One Year Warranty $142,480.00
Additional field service, if required beyond this agreement will be billed according to the following
schedule (hourly rate with a 6 hour minimmn):
• Twenty four (24) hours a day, four (4) hour response time S 120.00
• Single (1) day notice response time during normal hours S 95.00
• Three (3) day response in normal hours S 65.00
• Parts provided at 30% above invoiced Cost.
This contract, including the attached "Terms & Conditions" than constitute the entire agreement and all
prior representations or agreements not incorporated herein are superseded. The pricing quoted herein is
firm 90 days from August 30. 1999.
Independence Twp. Great Lakes Instruments &
Controls, Inc.
By: By_
Title Title
Date Date
Purchase Order Number Contract #ENDY090 199
I 1
Russell D. WWinic
Vice President
P.O. Box 118
211 N. Auburn Street
Auburn, Michigan 48611
Office (517) 662-2674
Fax (517) 662-2644
Home (517) 893-3655
Pager (810) 831-0746
TERMS AND CONDITIONS
LINDA RICHARDSON
Independence Township
TERms:
Net cash due and payable within 30 days on receipt of invoice.
Opening draw of 30°4 on notice to proceed.
Next draw of 20% on delivery of all hardware
Next draw of 20% on mid integration of the project
Next draw of 20% on completion of the project.
Final draw of 10% on first annual date of system acceptance.
SERVICE
WARRANTY:
Seller warrants the work done by its representative to be free from defects in
workmanship for a period of 1 year after the service is supplied. There are no
warranties expressed or implied. If within 1 year any portion of our work proves to be
defective, seller will, at its own expense, supply the necessary technical direction or
consultation to correct the defect. This is the sole remedy of the purchaser and the sole
liability of the seller, whether in warranty or otherwise.
PARTS
WARRANTY:
If any item, used or supplied by the seller, 41,111 prove defective on material or
workmanship within 3 months from date of delivery, seller shall at its option modify
repair. or replace said items excluding normal wear and tear. Seller shall have no
responsibility if such item has been improperly stored, installed, operated or maintained,
modified or repaired by any other party(ies). In addition Seller cannot warranty items
like lamps, thermocouples, glass. etc. That are subject to normal wear and breakage.
This warranty is the sole remedy of the purchaser and the sole liability of the seller for
any cause or reason.
LIMITATION
OF LIABILITY
Seller's Maximum liability arising from any cause shall not exceed the contract price.
Any lawsuit on this action must begin within six (6) months from the date the action
occurs.
DAMAGE:
In no event shall the seller or its subcontractors or suppliers be liable for special,
incidental, or consequential loss or damage arising out of provided services. Example:
Cost of money lost by reason of plant shutdown, etc.
CRAFT
LABOR:
Where local areas have labor practices that dictate construction, craft labor must assist
our personnel, the Seller will not accept such charges unless agreed to in writing by
seller's authorized representative.
C. J. Electrical; Inc.
3312 Adams Street
Kalamazoo, MI 49008
(616) 217-4503
LINDA RICHARDSON
Independence Township
PO Box 69
Clarkston, MI 48347
(248) 625-8222
C. J. Electrical, Inc. would Ince to submit the following bid for the advertised Microprocessor Based
SCADA Control System, utilizing a Microsoft NT based human machine interface (HMI), capable of
sharing data with other applications and data bases, via DDE and RDBMS including alpha numeric pagers,
complete process trending, advanced security and alarming functions.
DESIGN:
• Opto 22 hardware, software and other components to complete an entire SCADA control system. Price
to include all engineering, labor, training and materials necessary.
HARDWARE:
• One Dell Inspiron notebook computer built to bit specifications
• Opto 22 Snap I/O hardware and software. (LCSX 32 Bit Controller as the building structure).
• 24 Volt DC power supplies
• 5 Volt DC power supplies
• Uhf Data Telemetry 1200 Baud Modems
• Motorola Hardware Kits
• Spector Win 411/911 w/soundoard alarming / paging system.
• 1-0maga zip drive to be installed in customer supplied NT Computer
• All equipment will withstand -10 °C —60°C temperatures.
DISPOSAL OF EXSISTING EQUIPMENT:
• All existing equipment will be removed from sight and disposed of in compliance with local, state and
federal regulations.
SPARE PARTS:
• Spare parts will be provided so any unforeseen system malfunction will be brought back to an
operational condition.
Total System With One Year Warranty $162,877.00
Price quoted will be honored for 90 days after September 13, 1999.
Respectfully submitted by:
C. J. Electrical, Inc.
Ii
DynaLogic Engineering, Inc.
1250 Pontiac Trail • Walled Lake, Ml 48390 • 248-669-3275 • Fax 248-669-1150
September 15, 1999
INDEPENDENCE TOWNSHIP
6050 Fleming Road
Independence Township, Michigan 48346
Attention: George Anderson
Phone: 248 625-8222
Fax: 248 625-4393
Subject: Independence Township SCADA Upgrade
Clarification 141
DynaLogic Proposal #9252
Dear Mr. Anderson:
In discussion following the bid opening clarification of the items composing our proposal was
considered desirable. This will allow comparison of the associated cost for the project and
prospective bidders.
DynaLogic Engineering's quotation breaks down as follows:
Materials:
RTU Related panels 3117.967.15
Computer Related Software $ 20,529.50
Material Total: $138,496.65
Eneineerine:
Design & Prommming S 69,787.00
SCADA based Graphics & Control 30 Screens Similar to Existing S 16,300.00
SCADA Graphics Built to resemble each installations Mechanical Layout S 22,500.00
Field Installation and Checkout S 68,887.00
DynaLogic Engineering Reporting Software $ 29,393.60
Training and Training Manuals 3 15.026.75
Total Engineering: S22209435
Total Project: $360,591.00
Independence Township DynaLogic Engineering Proposal #9252
SCADA and RTIJ Controls Upgrade, Clarification 41 09/16/99
This gives a more clear picture of the associated costs. The SCADA graphics representing your
structures and the DynaLogic Reporting Software are perceived customer requirements from the
walk through. These items were not specifically described in the specifications as a project
requirement.
I believe this will help to explain differences in our scope of work and the associated costs.
Sincerely,
DYNALOGIC ENGINEERING
L. William Schultz
Sales Engineer
Cc: Daniel Bielski, President
Doug Shaw, Factory Automation Business Unit Manager
Gary Raczka. Process Business Unit Manager
Ken Lively, Program Manager
File
2
DynaLogic Engineering, Inc.
1250 Pontiac Trail • Walled Lake, Ml 48390 • 248-669-3275 • Fax 248-669-1150
September 15, 1999
IDEPENDENCE TOWNSHIP
6050 Fleming
PO Box 69
Clarkston, Michigan 48347
Attention: George Anderson
Dear Mr. Anderson;
Thank you for your interest in DynaLogic Engineering. DynaLogic Engineering is interested in
performing your SCADA System Improvements. Please accept this binder as a company profile/
brochure and experience list.
INTRODUCTION
DYNALOGIC ENGINEERING. INC. was originally incorporated as Digital Engineering, Inc in
1981, and specialized in Energy Management Systems using PLC's (Programmable Lo gic
Controllers). The company interests have since expanded into a wide array of process and
facilities controls services. DynaLoc Engineering became a division of The Benham
Company's family of services in 1989. The Benham network of companies — offering the
diversity of a staff of 600 — engineers, architects and scientists — provides such services as real
estate site planning, environmental impact studies, building design, process design. systems
integation, and complete construction for all-encompassing TurnKey automated facilities.
DynaLogic Engineering acquired VTM Industries in April of 1998. VTM's experienced staff
added new leadership for DynaLogic in additional automotive and non-automotive markets such as
Water and Wastewater. In December of 1998 DynaLogic Engineering relocated all employees in
the Metro Detroit area to a new facility and headquarters in Walled Lake, Michigan. DynaLogic
Engineering operates in conjunction with offices in Atlanta, Georgia, St Louis Missouri. and St
Paul Minnesota.
DynaLogic Engineering provides complete control systems engineering, design, CAD drawings,
system programming, graphic design and programming, field technical support, training,
maintenance contracts and electrical field installation of industrial and commercial process control
systems for automotive, steel mills, central utilities complexes, food processing plants and bottling
plants. DynaLogic Engineering can design, build and install control systems for paint shops,
phosphates. e-coats. elpos, spray booths, process air supplies, building air supplies, sludge
systems, paint kitchens, ovens, forced coolers, hot water/steam systems, miscellaneous booths, car
washes, exhaust systems, central computer rooms, energy management systems, conveyors, Bliss
mills, crane controls, part tracking systems, hydro cyclone systems, high temperature furnaces,
precious metal recovery systems, raw water conditioning, biological waste treatment and industrial
waste treatment systems. as well as other applications.
DynaLogic Engineering Services Are:
• Engineering' Control, Communications, and Network Design / Specifications
• CAD Design Drawing - Presently AutoCad Re. 14
• Process Automation
• CI? (Clean-in-Place) Control
> Batch/Continuous Blending Systems
> Potable Water Processes
> Wastewater Processes
• Material Handling Systems
> Beverage Filling & Packaging Lines
> Empty Case Handling
> Automotive Conveyor Systems
• Energy Management/ Utility Management
• Machine Monitoring
• Plant-Wide Systems Integration
• Network — Based Real — Time Production Information
> Machine Monitoring
> Paintshop Process Monitoring
> Water Plant Process Monitoring
> Wastewater Plant Process Monitoring
• Corporate CLM Design & Implementation
• Control System Programming - Allen Bradley, Modicon, Square D, General Electric,
Mitsubishi, Texas Inst., Toyopuc, "C" programming, basic, etc.
• Documentation -- Allen Bradley, Taylor, ICONI, Updoc, Tele-Denken & General Electric.
• Facility Monitoring and Controls with Host Interfaces/ Graphic design and programming -
Genesis, Wonderware, Intellutioni Fix/DN1ACS, G.M. Edge, Panel View, Xycorn,
ControlView, Screenware, EDT, etc.
• OEM Supplier of Control Equipment - Honeywell, Allen Bradley, Modicon, Square D, G.E.
Cutter Hammer, Barber Coleman, etc.
• Panel Design. Fabrication & Testing. Approval agency listings available.
> UL Listed Panels
> Ontario Hydro Approved Panels
2
• Electrical Installation and supervision
• Field Start-up Services and Technical Support
• Control System Training
COMMITMENT
D!,,TiaLogic Engineering is built on a team concept and we consider every employee to be a vital
member of our team. The continued success and gowth of our company depends on each
employee contributing his or her talents and creativity.
In order to continue our growth and success, our primary goal is "Total Customer Satisfaction".
This means the Dynalogic Team must always produce a superior control system. In dealing with
our clients, DynaLogic employees ask themselves, "What kind of service, product and
treatment would I expect if! were the client?" and try to exceed those expectations.
Additionally, our goal is to meet or exceed our customer's expectations in the global marketplace
through standardization and modular design. Our clients will measure our success by the
reliability, flexibility and longevity of our plant floor system, system desian, and its integation
with enterprise management systems. We work to help our customers achieve power through
control.
Specific Water and Wastewater Information
DynaLogic Engineering currently employes 105 people at offices in Walled Lake, Michigan.
Atlanta. Georgia. St Paul, Nlinnisota, and St. Louis, Mossiouri. The current staff includes 73
Degreed Engineers in Mechanical, Electrical, and Computer Sciences. Additionally, DynaLogic
Engineering can access over 600 additional degreed engineers through The Behnam Company.
DynaLogic Engineering's Walled Lake office offers three factory trained service personnel, with three
company vechiles to service our existing customers.
Project Information
Largest Project Size and Dollar Value 53,230.821.00 as a sub contractor, and over 5 Million as 2
General Contractor for the GM Silao Plant Control Contract managing the electrical sub contractor
for the new plant construction. The Benham Company has done larger Turn-Key projects.
Water Plant Experience — see the attached project lists for scope of work
GM Assembly Plant, Silao, Mexico — Automotive, Mexico
Southeastern Oakland County Water Authority, Royal Oak, Michigan - Municipal
City of Detroit Systems Control, Detroit, Michigan - Municipal
City of Detroit Northeast Water Plant, Detroit, Michigan - Municipal
City of Detroit Southwest Water Plant, Allen Park, Michigan - Municipal
Wastewater Plant Experience — see the attached project list for scope of work
GM Assembly, Silao, Mexico - Automotive
GM Powertrain, Romulus, Michigan - Automotive
Ford Romeo Engine Plant, Romeo, Michigan - Automotive
Ocean Spray, Henderson, California — Food and Beverage
Dens° Manufacturing, Battle Creek, Michigan — Tier One Automotive
PLC Experience
Honeywell, Allen Bradley, Modicon, Square D, G.E., Culter Hammer, etc. specific point counts
vary by the jobs and are listed in the attached project lists.
Process Control Software Experience
• Host Interfaces- Genesis, Wonderware, Intellution/ Fix/DMACS, G.M. Edge, Panel View,
Xycom, ControlView, Screenware, IDT, etc.
• Control System Programming - Allen Bradley, Modicon. Square D, General Electric,
Mitsubishi, Texas Inst., Toyopuc, "C" programming, basic, etc.
Workstation Experience
Computers — Dell Dimensions, Gateway, Compac, Xycom, Panelview, etc.
Workstation Types — Servers, NEMI's
NerworkinitExperience
Fiber Optic, Ethernet, Serial Communications, Company Developed interfaces, modem, cellular
phone. radio
As you will see from this brief overview, our projects and experiences are technically oriented and
our capabilities vary. That we offer a very comprehensive package that includes engineering,
CAD drawings, state of the art equipment, field installation, field supervision, plant personnel
training, start-up services and equipment maintenance services.
If you have any questions and/or require additional information, do not hesitate to contact us.
Sincerely,
DynaLogic Engineering
L. William Schultz
Sales Engineer
Intro 1_ viwtp doc
4
Index
Dy-naLogic Engineering Experience
> Automotive
> Automotive—Canada
> Automotive — Mexico
> Automotive — Overseas
> Automotive Teir One Supplier
> Food & Beverage
> Non Automotive
> Industrial Control and Equipment Manufacturer Page 18
> Publishing Industry
> Municipal Industry
2. Company History
3. DynaLogic Engineering Panel Drawings
GM Silao Assembly Plant WWTP Panel
4. DynaLogic Engineering Sample Graphic Screens
GM Silao Utilities
> Raw Water/ Potable Water Process
> Wastewater Process
GM Silao Utilities Photographs
> Raw Water/ Potable Water Process
> Wastewater Process
Page 5
Page 12
Page 13
Page 14
Page 14
Page 15
Page 15
Page 17
Page 17
Page 18
Page 28
3. DynaLogic Engineering Application Write Ups
• Ciry of Detroit. Temporary Flow Monitoring Project CS-1192
▪ FLS-2 RTU, City of Detroit. 0C-1 Meter Pit Summary, DWS-800 Pilot Project
NAME: DATE oentev.o: 1.0 - (..1) `7)
Item Description
\.) tt.QCLegi PUir
_
591-556-851-000
Account Number
1%
Amount
69J40.70
3(fo. 00
DATE PAID Note check cut) — - `3 ASAP RETURN TO DEPARTMENT
(6 00-4- okeptvoia Ade. t..)./ i 7
PURCHASE REQUISITION
Great Lakes Instruments & Controls, Inc.
P.O. Box 118
Auburn, MI 48611
TOTAL
(\\
Department Head
31 5m 70
p. T 1.1 4
DATE INVOICE #
9/30/1999 75
Invoice
Great Lakes Instruments & Controls. Inc.
P.O. Box 118
211 N. Auburn Street
Auburn, MI 48611
BILL TO
Independence Township DPW
George Anderson
'P.O. Box 69
Clarkston MI 48347
P.O. NO. TERMS DUE DATE REP PROJECT
9/30/1999 • RDW
DESCRIPTION QTY RATE AMOUNT
Russell Service Engineer. New Scada System. First Draw. 30%. 42.744.00 42.744.00
Net 30
ITEM
1 Total $42,744.00
Resolution #99268 October 28, 1999
The Chairperson referred the resolution to the Finance Committee. There
were no objections.
FISCAL NOTE (M.R. #99268) November 18, 1999
BY: FINANCE COMMITTEE, SUE ANN DOUGLAS, CHAIRPERSON
IN RE: ENVIRONMENTAL INFRASTRUCTURE FUND REIMBURSEMENT FOR PROJECT IN THE
CHARTER TOWNSHIP OF INDEPENDENCE
TO THE OAKLAND COUNTY BOARD OF COMMISSIONERS
Chairperson, Ladies and Gentlemen:
Pursuant to Rule XII-C of this Board, the Finance Committee has reviewed
the above referenced resolution and finds:
1. $42,744 is available in the Environmental Infrastructure Fund to
reimburse the Charter Township of Independence for this project,
no additional appropriation is required.
2. Additional funds may be released, up to an accumulated total of
$112,473.23 in FY2000 for this project upon submission of proper
invoices.
FINANCE COMMITTEE
FINANCE COMMITTEE VOTE:
Motion carried unanimously on a roll call vote.
L. Brooks Patt son, County Executive Rate
6,
Resolution 499268 November 18, 1999
Moved by Douglas supported by Millard the Finance Committee Report be
accepted.
A sufficient majority having voted therefor, the report was accepted.
Moved by Douglas supported by Millard the resolution be adopted.
Moved by Douglas supported by Millard the resolution be amended to coincide
with the recommendation in the Finance Committee Report.
A sufficient majority having voted therefor, the amendment carried.
Discussion followed.
Moved by Douglas supported by Galloway the resolution be amended in the BE
IT FURTHER RESOLVED paragraph by changing the Account Number to
#90-26321°-41000-398S.
A sufficient majority having voted therefor, the amendment carried.
Vote on resolution, as amended:
AYES: Douglas, Galloway, Garfield, Gregory, Jensen, Law, McCulloch,
Melton, Millard, Moffitt, Obrecht, Palmer, Patterson, Schmid, Sever, Suarez,
Taub, Amos, Appel, Causey-Mitchell, Colasanti, Devine, Dingeldey. (23)
NAYS: None. (0)
A sufficient majority having voted therefor, the resolution, as amended,
was adopted.
FOREGOING RESOLUTION
STATE OF MICHIGAN)
COUNTY OF OAKLAND)
I, G. William Caddell, Clerk of the County of Oakland, do hereby certify that the
foregoing resolution is a true and accurate copy of a resolution adopted by the
Oakland County Board •f Commissioners on November 18, 1999 with the original
record thereof now remaining in my office.
In Testimony Whereof, I have hereunto set my hand and affixed the seal of the
County of Oakland at Pontiac, Michigan this 18th day,pf November, 1999.
. William Caddell, County Clerk