HomeMy WebLinkAboutBID - 6119 PUMPING PLANT RENOVATIONSCity of
Financial Services
Purchasing Division
F
215 N. Mason St. 2n° Floor
o rtCollins
PO Box 580
Fort Collins, CO 80522
Purchasing
970.221.6775
970.221.6707
fcgo v. com/purchasing
INVITATION TO BID
6119 Pumping Plant Renovation
BID OPENING: 3:00 P.M. (our clock), October 29, 2008
The City of Fort Collins Parks Department is requesting bids for retrofitting two existing pumping
stations with variable speed drive systems. The pumping stations are at Troutman Park, 500 W.
Troutman Pkwy and Overland Park, 2930 Virginia Dale Dr., Fort Collins, Colorado.
Sealed bids will be received and publicly opened at the office of the Director of Purchasing and Risk
Management, PO Box 580, 215 North Mason St., 2nd floor, Fort Collins, Colorado 80522, at the
time and date noted on the bid�roposal and/or contract documents. If delivered, they are to be sent
to 215 North Mason Street, 2n Floor, Fort Collins, Colorado 80524. If mailed, the address is P.O.
Box 580, Fort Collins, 80522-0580.
Bids must be received at the Purchasing Office prior to 3:00 p.m. (our clock), October 29,
2008
A pre -bid meeting will be held at Troutman Park, 500 W. Troutman Parkway, Fort Collins on
October 15, 2008 at 10:00 am. The Overland Park site can also be visited after Troutman
Park.
Questions concerning the scope of the bid should be directed to Project Manager Eileen Scholl
(970) 566-1342.
Questions regarding bid submittal or process should be directed to John Stephen, CPPO, CPPB,
Senior Buyer (970) 221-6777 orjstephen@fcgov.com.
A copy of the Bid may be obtained as follows:
Download the Bid from the Purchasing Webpage, Current Bids page, at:
http://fcgov.com/eprocurement
2. Come by Purchasing at 215 North Mason St., 2nd floor, Fort Collins, and request a
copy of the Bid.
Special Instructions
All bids must be properly signed by an authorized representative of the company with the legal
capacity to bind the company to the agreement. Bids may be withdrawn up to the date and hour set
for closing. Once bids have been accepted by the City and closing has occurred, failure to enter into
contract or honor the purchase order will be cause for removal of supplier's name from the City of
Fort Collins' bidders list for a period of twelve months from the date of the opening. The City may
also pursue any remedies available at law or in equity. Bid prices must be held firm for a period of
forty-five (45) days after bid openings.
o.... nnlnnin�
b. Service Provider shall not knowingly employ or contract with an illegal alien to
perform work under this Agreement or knowingly enter into a contract with a subcontractor
that knowingly employs or contracts with an illegal alien to perform work under this
Agreement.
C. Service Provider is prohibited from using the e-Verify Program or Department
Program procedures to undertake pre -employment screening of job applicants while this
Agreement is being performed.
d. If Service Provider obtains actual knowledge that a subcontractor performing work
under this Agreement knowingly employs or contracts with an illegal alien, Service Provider
shall:
1. Notify such subcontractor and the City within three days that Service Provider
has actual knowledge that the subcontractor is employing or contracting with an
illegal alien; and
2. Terminate the subcontract with the subcontractor if within three days of
receiving the notice required pursuant to this section the subcontractor does not
cease employing or contracting with the illegal alien; except that Service Provider
shall not terminate the contract with the subcontractor if during such three days the
subcontractor provides information to establish that the subcontractor has not
knowingly employed or contracted with an illegal alien.
e. Service Provider shall comply with any reasonable request by the Colorado
Department of Labor and Employment (the "Department") made in the course of an
investigation that the Department undertakes or is undertaking pursuant to the authority
established in Subsection 8-17.5-102 (5), C.R.S.
f. If Service Provider violates any provision of this Agreement pertaining to the duties
imposed by Subsection 8-17.5-102, C.R.S. the City may terminate this Agreement. If this
Agreement is so terminated, Service Provider shall be liable for actual and consequential
damages to the City arising out of Service Provider's violation of Subsection 8-17.5-102,
C.R.S.
g. The City will notify the Office of the Secretary of State if Service Provider violates this
provision of this Agreement and the City terminates the Agreement for such breach.
20. Special Provisions. [Optional] Special provisions or conditions relating to the services
to be performed pursuant to this Agreement are set forth in Exhibit " ", consisting of
( ) pages, attached hereto and incorporated herein by this reference.
10
SA rev07/08
CITY OF FORT COLLINS, COLORADO
a municipal corporation
By:
James B. O'Neill II, CPPO, FNIGP
Director of Purchasing and Risk Management
Date:
ATTEST:
City Clerk
APPROVED AS TO FORM:
Assistant City Attorney
By:
PRINT NAME
CORPORATE PRESIDENT OR VICE PRESIDENT
Date:
ATTEST:
CORPORATE SECRETARY
(Corporate Seal)
SA rev07/08
11
EXHIBIT B
INSURANCE REQUIREMENTS
1. The Service Provider will provide, from insurance companies acceptable to the City, the
insurance coverage designated hereinafter and pay all costs. Before commencing work under this
bid, the Service Provider shall furnish the City with certificates of insurance showing the type,
amount, class of operations covered, effective dates and date of expiration of policies, and
containing substantially the following statement:
"The insurance evidenced by this Certificate will not be cancelled or materially altered,
except after ten (10) days written notice has been received by the City of Fort Collins."
In case of the breach of any provision of the Insurance Requirements, the City, at its option, may
take out and maintain, at the expense of the Service Provider, such insurance as the City may deem
proper and may deduct the cost of such insurance from any monies which may be due or become
due the Service Provider under this Agreement. The City, its officers, agents and employees shall
be named as additional insureds on the Service Provider's general liability and automobile liability
insurance policies for any claims arising out of work performed under this Agreement.
2. Insurance coverages shall be as follows:
A. Workers' Compensation & Employer's Liability. The Service Provider shall maintain
during the life of this Agreement for all of the Service Provider's employees engaged in work
performed under this agreement:
Workers' Compensation insurance with statutory limits as required by
Colorado law.
2. Employer's Liability insurance with limits of $100,000 per accident, $500,000
disease aggregate, and $100,000 disease each employee.
B. Commercial General & Vehicle Liability. The Service Provider shall maintain during
the life of this Agreement such commercial general liability and automobile liability insurance
as will provide coverage for damage claims of personal injury, including accidental death, as
well as for claims for property damage, which may arise directly or indirectly from the
performance of work under this Agreement. Coverage for property damage shall be on a
"broad form" basis. The amount of insurance for each coverage, Commercial General and
Vehicle, shall not be less than $500,000 combined single limits for bodily injury and property
damage.
In the event any work is performed by a subcontractor, the Service Provider shall be
responsible for any liability directly or indirectly arising out of the work performed under this
Agreement by a subcontractor, which liability is not covered by the subcontractor's
insurance.
SA rev07/08
12
TROUTMAN PARK
IRRIGATION PUMP SYSTEM SPECIFICATIONS
VERTICAL TURBINE
TABLE OF CONTENTS
SECTION 15140-IRRIGATION PUMP SYSTEM
PART 1: GENERAL
1.01
SCOPE
15
1.02
WORK NOT INCLUDED
15
1.03
SUBMITTALS
15
1.04
RULES AND REGULATIONS
16
1.05
RELATED WORK
16
1.06
TESTING
16
1.07
REVIEWS
17
1.08
GUARANTEEMARRANTY AND REPLACEMENT
17
PART 2: MATERIALS
2.01
QUALITY
17
2.02
SUBSTITUTIONS
17
2.03
GENERAL REQUIREMENTS
18
2.04
PRESSURE MAINTENANCE PUMP
19
2.05
PIPING
19
2.06
VALVES
19
2.07
GAUGES
20
2.08
ELECTRICAL
20
2.09
PIPE SUPPORT STAND
28
2.10
FLOW SENSOR
28
2.11
IRRIGATION CONTROL INTERFACE
29
2.12
AUTOMATIC BACKWASHING SCREEN FILTER
29
2.13
ACCESS HATCH
29
2.14
PAINTING
29
PART 3: EXECUTION
3.01 INSPECTIONS AND REVIEWS 30
3.02 PUMPS AND MOTORS 30
3.03 OPERATION AND MAINTENANCE MANUALS 30
3.04 PROJECT RECORD DRAWINGS 30
3.05 MAINTENANCE 31
3.06 CLEANUP 31
13
DIVISION 15-MECHANICAL
SECTION 15140-IRRIGATION PUMP SYSTEM
PART 1: GENERAL
1.01 SCOPE
Furnish all labor, materials, supplies, equipment, tools, and transportation, and perform
all operations in connection with and reasonably incidental to the complete
manufacturing of the pumping system, and guarantee/warranty as shown on the
drawings, the installation details, and as specified herein. Items of work specifically
included are:
A. Procurement of all applicable licenses, permits, and fees as required by local
utilities and regulations.
B. Services of a factory field service person to supervise the assembly, installation,
and start-up of the pumping system, and the training of maintenance staff.
C. Demolition of existing pump station per the demolition notes and details.
D. Renovate a prefabricated, vertical turbine pumping system; specifically piping,
electrical controls, and other items as specified in the details.
E. Install a 2 hp pressure maintenance pump with associated piping, check valve,
and isolation valve.
F. Maintenance period.
1.01 WORK NOT INCLUDED
Items of work specifically excluded or covered under other sections are:
A. Provision and installation of electrical transformer on site.
1.01 SUBMITTALS
A. Deliver four (4) copies of all submittals to the Owners Representative within 21
days from the date of Notice To Proceed. Deliver Maintenance Manual prior to
start-up.
B. Materials List: Include pipe, valve, fittings, pumps and motors, control system
components, and electrical equipment. Quantities of materials need not be
included.
C. Manufacturers' Data: Submit manufacturers' catalog cuts, performance curves,
specifications, and operating instructions for equipment shown on the materials
list. Submit complete instructions for installation, operation, and recommended
maintenance of the pump system.
14
D. Maintenance Manual: Submit four copies of a bound maintenance manual that
includes all manufacturers' data listed above and recommended operating
procedures and preventive maintenance procedures. Include guide for
troubleshooting operational problems with the pump station and complete
documentation for programming, recommended settings and adjustments.
E. Shop Drawings: Submit shop drawings of proposed renovated pump system.
Show products required for proper installation, their relative locations, and critical
dimensions. Submit technical data sheets, electrical schematics, sequence of
operation, UL listing authorization form. Note modifications to the installation
drawings.
The construction documents show a typical layout and critical dimensions for the
pump system, building, wet well, etc. Pump system manufacturer is responsible
for layout and design of the renovated pump system, and any special
coordination issues that affect the critical dimensions, layout, or orientation of the
pump system.
1.01 RULES AND REGULATIONS
A. Work and materials shall be in accordance with the latest edition of the National
Electric Code, the Uniform Plumbing Code as published by the Western
Plumbing Officials Association, and applicable laws and regulations of the
governing authorities.
B. When the contract documents call for materials or construction of a better quality
or larger size than required by the above -mentioned rules and regulations,
provide the quality and size required by the contract documents.
C. All electrical control panels with controls shall be built in accordance to N.E.C.,
U.L. and E.T.L. standards. The electrical components and enclosure shall be
labeled as a complete U.L. listed assembly with manufacturer's U.L. label applied
to the door. All equipment and wiring shall be mounted within the enclosure and
labeled for proper identification.
1.01 RELATED WORK
A. Division 2-SITE WORK
1.01 TESTING
A. Notify the Owner's Representative three days (72 hours) in advance of testing
B. On completion of assembly of the pumping station, all discharge pipe and valves
shall be hydrostatically tested at 150% of the maximum pump shutoff head.
C. Bump manual motor starter controls to prove correct rotation and secure local
inspection/approval.
D. Test, verify, and demonstrate to the Owner's Representative the proper operation
of all control and safety shut off devices.
15
E. Verify flow and discharge pressure from the pump system and demonstrate to the
Owner's Representative system performance based on the specified values.
F. All costs, including travel expenses and site visits by the Engineer, for any
additional reviews that may be required due to non-compliance with the
Construction Documents shall be the sole responsibility of the Contractor.
1.01 REVIEWS
The purpose of on -site reviews by the Owner's Representative is to observe the
Contractor's interpretation of the construction documents and to address questions with
regards to the pump installation.
A. Scheduled reviews such as those for testing should be scheduled with the
Owner's Representative as required by these specifications.
B. Impromptu reviews may occur at any time during the project.
C. Final review will occur at the completion of the pumping system installation.
1.01 GUARANTEEIWARRANTY AND REPLACEMENT
The purpose of this guarantee/warranty is to insure that the Owner receives materials of
prime quality, installed and maintained in a thorough and careful manner.
A. The manufacturer shall warrant the pumping system to be free of defects and
product malfunctions for a period of one year from date of start up or eighteen
months after shipment, whichever occurs first.
B. The programmable controller shall be unconditionally warranted for 5 years from
the date of shipment. The pumping system manufacturer shall be responsible for
all warranties, pass through warranties are not acceptable.
C. Failures caused by lightning strikes, power surges, vandalism, flooding, operator
abuse, or acts of God are excluded from warranty coverage.
D. Repair damage to the premises caused by a defective item. Make repairs within
seven days of notification from the Owner's Representative.
PART 2: MATERIALS
2.01 QUALITY
Materials used in the system shall be new and without flaws or defects of any type, and
shall be the best of their class and kind.
2.02 SUBSTITUTIONS
A. Make complete submittals of all manufacturers' data showing compliance with the
Contract Documents.
16
B. In making a request for a substitution, the Contractor represents that he:
Has investigated the proposed substitution and found that it is the same or
better quality, level, capacity, function, or appearance than the specified
product, and can demonstrate that to the Owner and the Engineer.
2. Will coordinate the installation and make all modifications to the work,
which are required for the complete installation and operation of the
system.
C. The Engineer and the Owner's Representative will determine acceptability of the
proposed substitution and will notify Contractor of acceptance or rejection.
D. Pipe sizes referenced in the construction documents are minimum sizes, and may
be increased at the option of the Contractor.
2.03 GENERAL REQUIREMENTS
A. The new pump station equipment shall meet all the general and technical
specifications; shall be designed, fabricated and installed in a workmanlike
manner.
B. Provide a factory -trained technician to supervise the installation of the new
equipment.
In addition to the time required for installation supervision, the technician shall
provide a minimum of 1 day of training for the Owner's staff in the operation,
maintenance, and programming of the pumping system.
C. All pump station components shall be supplied by and be the responsibility of one
manufacturer, even though others manufactured some components.
D. Acceptable Manufacturers:
WATERTRONICS, 525 Industrial Drive, Hartland, Wisconsin 53029,
(800)356-6686, (414)367-5000, F: (414) 367-5551. Local Representative:
Torry Roesch, Watertronics,7574 Jellison Court, Arvada, CO 80005 (720)
898-0540
2. METRON, 1505 West 3rd Avenue, Denver, Colorado 80223, (303) 592-
1903, FAX (303) 534-1947
3. SYNCHROFLO, 6700 Best Friend Rd., Norcross, Georgia, 30071,
(770) 447-4443. Local Representative: John Maclntyre, Munro Supply,
1271 Elmwood Court, Colorado 80020, (303) 439-2600.
4. FLOWTRONEX PSI Ltd., 10717 Harry Lines Blvd., Dallas, Texas 75220,
(214) 357-1320. Local Representative: Jay Folk, Arapahoe Pumping
Systems, P.O. Box 3482, Littleton, Colorado 80161.
17
2.04 PRESSURE MAINTENANCE PUMP
A. Provide a 2 HP, 50 GPM submersible pump as a pressure maintenance pump
with associated piping, check valve, and isolation valve as shown in the details.
2.05 PIPING
A. Fabricated Piping: All fabricated piping shall conform to ASTM specifications A53
for Grade B welded or seamless pipe. Piping 16" and smaller shall be Schedule
40. All welding flanges shall be forged steel with slip-on or welding neck type. All
welding fittings shall be seamless, conforming to ASTM Specification A234, with
pressure rating not less that 150 psi. All pressurized tube fittings shall be copper
or brass.
B. Winterization Connection: Provide 2-inch ball valve and capped threaded nipple
in pump system discharge manifold for compressed air winterization of the
irrigation system if not already installed.
2.06 VALVES
A. Air/Vacuum Release Valve:
Provide a continuous -acting, combination air release/vacuum valve to
release excess air from the pump discharge manifold. The valve must be
capable of releasing air during filling and pump operation and also open in
a vacuum condition to allow air to enter the manifold when piping is
drained. Valve shall have a cast iron body rated for 300 PSI, stainless
steel trim and float ball, Buna N and viton seats.
2. In lieu of an air/vacuum release valve, provide an Engineer approved
equal device to release air from the system.
B. Drain Valves: Drains are to be provided from any possible low point in the system
and are to consist of 1/4" brass angle valves unless otherwise noted. Drain
piping is to be furnished so that no drain water runs out on top of the deck plate,
but either under deck plate, or directly into the trench drain or wet well. They
include, but are not limited to, the following:
Provide drain in the pump discharge manifold between pump check
valves and control valve.
2. Provide 3/4" brass hose bib in the discharge piping to function as a
washdown connection and also function as a drain.
C. Check Valves: Pump check valves shall be of the silent operating, non -slam type,
cast iron bodied with bronze and stainless steel trim. Sealing surfaces shall
utilize resilient Buna N rubber. The valve design shall incorporate a center
guided, spring, loaded poppet, guided at opposite ends and having a short linear
stroke that generates a flow area equal to the pipe diameter. Valves shall be
sized to permit full pump capacity to discharge through them without exceeding a
pressure drop of 2.5 PSI. Furnish check valves on the discharge of each pump.
18
D. Pressure Relief Valve: Furnish pressure relief valve and bypass piping to wet well
installed on the discharge piping upstream of the pressure regulating valve. Size
pressure relief valve to bypass sufficient water to avoid operating pumps at or
near shut off head conditions.
2.07 GAUGES
Gauges and switch gauges shall be isolated from all electrical switch gear and control
panels. Gauges shall be provided at appropriate locations to read inlet pressure and
discharge manifold pressure. Switch gauges shall be 4" diameter vibration/pulsation
dampened. Pressure gauges shall be 2.5" diameter, glycerin filled, with ANSI Class B
accuracy. Install ball valves to provide total isolation of all pressure gauges.
2.08 ELECTRICAL
A. Electrical Supply: The power supply to the station shall be three phase, 460 volt,
60 hertz, for full voltage across the line motor starting.
B. Enclosures:
The pumping station electrical controls shall be mounted in a self
contained NEMA 3S (minimum NEMA rating) enclosure with a drip lip
fabricated from not less that 14 gauge steel. Door gasket seals shall be
neoprene sponge, sufficient to protect interior components from weather
and dust. The electrical panel doors shall be constructed from 12-gauge
steel with integral locking screws and latches.
2. Provide operating handle for the main station power disconnect on the
front of the panel. Furnish weatherproof and dust proof external operating
devices.
3. All internal components of the enclosures shall be mounted on removable
back panels. Mounting screws for components shall not be tapped in the
panel enclosure.
4. All internal wiring within, and interconnecting between, the panels shall be
complete and no field wiring within the panels shall be required. Wiring
troughs and cable raceways shall be self-contained within the enclosures
and no external cable trays or wiring troughs are permitted.
5. No pressure gauges, pressure switches, water activated devices, or water
lines of any sort shall be installed in any electrical control panel. All
adjustments and maintenance shall be able to be done from the front of
the control enclosure. A complete wiring circuit and legend with all
terminals, components, and wiring identification shall be provided. Main
disconnect shall be interlocked with door.
6. All electrical starter and control panels shall be assembled from
components that are U.L. listed and each completed panel shall be U.L.
listed as an Industrial Control Panel.
19
Submission of a bid is deemed as acceptance of all terms, conditions and specifications contained
in the City's specifications initially provided to the bidder. Any proposed modification must be
accepted in writing by the City prior to award of the bid.
Only bids properly received by the Purchasing Office will be accepted. All bids should be clearly
identified by the bid number and bid name contained in the bid proposal.
No proposal will be accepted from, or any purchase order awarded, to any person, firm or
corporation in default on any obligation to the City.
Bids must be furnished exclusive of any federal excise tax, wherever applicable.
Bidders must be properly licensed and secure necessary permits wherever applicable.
Bidders not responding to this bid will be removed from our automated vendor listing for the subject
commodities.
The City may elect where applicable, to award bids on an individual item/group basis or on a total
bid basis, whichever is most beneficial to the City. The City reserves the right to accept or reject any
and all bids, and to waive any irregularities or informalities.
Sales prohibited/conflict of interest: no officer, employee, or member of City Council, shall have a
financial interest in the sale to the City of any real or personal property, equipment, material,
supplies or services where such officer or employee exercises directly or indirectly any decision -
making authority concerning such sale or any supervisory authority over the services to be rendered.
This rule also applies to subcontracts with the City. Soliciting or accepting any gift, gratuity, favor,
entertainment, kickback or any items of monetary value from any person who has or is seeking to do
business with the City of Fort Collins is prohibited.
Freight terms: unless otherwise noted, all freight is F.O.B. Destination, Freight Prepaid. All freight
charges must be included in prices submitted on proposal.
Discounts: any discounts allowed for prompt payment, etc., must be reflected in bid figures and not
entered as separate pricing on the proposal form.
Purchasing restrictions: your authorized signature of this bid assures your firm's compliance with
the City's purchasing restrictions. A copy of the resolutions is available for review in the Purchasing
Office or the City Clerk's Office. Request Resolution 91-121 for cement restrictions.
Collusive or sham bids: any bid deemed to be collusive or a sham bid will be rejected and reported
to authorities as such. Your authorized signature of this bid assures that such bid is genuine and is
not a collusive or sham bid.
Bid results: for information regarding results for individual bids send a self-addressed, self -stamped
envelope and a bid tally will be mailed to you. Bid results will be posted in our office 7 days after the
bid opening.
James B. O'Neill II, CPPO, FNIGP
Director of Purchasing and Risk Management
where renewal is a way of life
7. A closed type cooling system shall be included to cool the enclosure and
reject heat from the VFD. Open type cooling systems allowing outside
ambient air to enter the panel are not acceptable.
C. . Pump Motor Starters, Disconnect, and Electrical Switch Gear:
The pump motor starters shall be contained within a single NEMA 12
enclosure with a single access door and main disconnect. Each starter
shall be protected on each power leg by a time delay fuse of the
appropriate amperage. Motor starter coils shall be 120 volt operated.
2. Overload relays shall be ambient -compensating type installed on each
power leg and shall be set to trip at 105% of motor full -load current rating.
3. Provide the small HP motor starter with fuses on VFD input and across
the line input. (When VFD controls multiple sizes of pumps, install in
small pumps).
D. Variable Speed Master Controls and Display:
Provide complete instrumentation and controls to automatically start, stop and
modulate pump speed(s) to smoothly, efficiently and reliably pump variable flow
rates at a constant discharge pressure. Provide full alarms and safety features
needed to protect the equipment and irrigation piping system.
Variable Frequency Drive: Provide a digital, pulse width modulation
(PWM) variable frequency drive (VFD) with IGBT transistors.
a. Provide VFD with a minimum wire to wire efficiency of 98.5%, and
shall be rated up to 550-volt operation in order to eliminate
nuisance tripping at marginally high voltage conditions.
b. Provide VFD with the front end protected by fast acting
semiconductor fuses. Any VFD error messages shall be displayed
on a 40-character LCD readout in English or any one of 8 other
languages.
C. Include the following fault protection circuits: Over -current (200%),
over -voltage (130%), under -voltage (60%), over -temperature (70'
C), ground fault, and motor overload.
d. Provide VFD capable of starting into a rotating load and accelerate
or decelerate to setpoint without safety tripping.
e. Provide VFD with an automatic extended power loss ride through
circuit, which will utilize the inertia of the pump to keep the drive
powered. The minimum power loss ride -through shall be one
cycle based on full load and no inertia.
20
Provide VFD optimized for a 3 kHz carrier frequency to reduce
motor noise and employing three current limit circuits to provide
"tripless" operation.
g. The following operating information shall be displayed on the VFD
LCD: KWH, elapsed time, Output frequency (Hz), motor speed
(RPM), motor current (amps), and voltage. Line reactor will be
installed on input of VFD to protect against voltage transients.
h. Provide VFD with line filter: PWM output filter for VFD Trans -coil
Inc. (TCI) DV-Dtguard model KLC. (Line filter for run greater than
200-ft from panel).
Provide VFD as manufactured by Allen Bradley, ABB, Toshiba,
Siemens, or engineer approved equal.
2. Pressure Transducer: Pressure transducer shall be utilized for providing
all pressure signals for the control logic.
a. Provide a solid-state bonded strain gauge type pressure
transducer with an accuracy of plus/minus 0.20%. Housing shall
be stainless steel NEMA 4X with 304L stainless steel wetted parts.
Plastic transducer housings are not acceptable.
b. Furnish a transducer rated for station discharge pressure as
shown on technical data sheet that will provide gauge pressure
output, rather than an absolute.
3. Controls: All control logic shall be handled by an industrial grade
programmable logic controller (PLC) with a 40 character LED industrial
operator interface providing data entry and read-out capabilities.
a. Provide PLC with LED indicators for input, output, and four (4)
diagnostic read-outs showing PC Run, CPU Fault, 1/0 Fault, and
communication. Provide an LED visual status light for each 1/0 to
indicate on/off status.
b. Provide PLC with a built in EEPROM, capacitor, and battery for
memory backup. A surge suppressor shall be mounted on input of
PLC for power transient suppression.
C. All logic for system control, timing, and control of VFD speed shall
be handled by the PLC. No external relay logic and/or timers are
permitted. A separate set point controller is not acceptable.
d. PLC shall have a built in clock calendar. The PLC shall be of the
type manufactured by Toshiba, Siemens, Allen Bradley, Mitsubishi,
or Engineer approved equal. The clock calendar shall
automatically adjust time for daylight savings.
21
4. Alarms and shutdowns:
a. Low discharge pressure (with override switch)*
b. High discharge pressure
C. Low lake level (Attempts restart)*
d. Phase loss (Attempts restart)*
e. Low voltage (Attempts restart)*
f. Phase unbalance (Attempts restart)*
g. Individual motor overload/phase loss (indicates which individual
motor was shut down)
h. VFD fault (shutdown VFD pump only and attempts restart).*
*Three failed restarts in 15-minute period will give hard shutdown.
A red general alarm light will indicate all alarms. Specific alarm conditions along
with procedures for correction will be displayed in English on the operator
interface display (OID).
5. Panel face switches, lights, and counters:
a. Individual pump run lights and pump on/off switches
b. System Hand/Off/Automatic switch
C. Mode Select switch -- allows automatic bypass mode of operation
that can be used if VFD should fail.
d. VFD selector switch -- in manual mode, allows user to select which
pump will be run off the VFD.
e. Reset -- Acknowledges pump station alarms
f. Speed potentiometer -- in manual mode allows user to adjust VFD
pump speed
g. Low discharge pressure override switch -- disables low discharge
pressure alarm
h. PLC bypass switch mounted inside panel allows user to manually
operate pumps should PLC fail.
i. Mechanical hour counter for each pump in the system.
22
6. Software:
a. Software will be included to automatically and gradually ramp up
irrigation system pressure to the desired operating pressure (i.e.,
PSI every 3 seconds) without overshooting design pressure. This
feature operates whenever pressure drops below set point
pressure. This ramp up time is fully adjustable by the operator.
This control feature is based on an increase in pressure over a
pre -defined time period. The acceleration control on the VFD is
NOT an acceptable means of adjusting pressure ramp up speed.
b. Software will be included for optionally maintaining a lower
irrigation system pressure when not irrigating. Reduced pressure
values will be shown in the technical data sheet. Controls will
cycle the PM pump at these reduced pressures during non -
irrigation times and pressure will gradually increase to design
pressure when the irrigation periods begin.
C. Neither flow meter nor VFD output frequency shall be used for
shutting down last VFD driven pump. Controls and software shall.
incorporate a method to eliminate excessive cycling of VFD pump
at very low flow conditions, yet not run the pump excessively at no
flow conditions.
d. Provide automatic alternation of VFD driven pumps accomplished
by incorporating dual mechanically and electrically interlocked
contactors allowing alternation of the VFD between pumps.
e. Real time clock calendar allows PLC to internally provide all date
and time functions used above.
Two separately adjustable PID control loops for both low flow and
high flow pressure stability.
g. Provide system that allows user to field select either two modes of
VFD operation. Auto switch VFD option allows VFD to
sequentially start each pump. The standard mode of operation
starts the first main pump on the VFD and the remaining pump
starts across the line as required.
Shutoff algorithm for fixed speed pumps to minimize pump cycling
while also remaining responsive to sudden flow reductions.
Minimum run timers alone for minimizing fixed speed pump cycling
is not acceptable. Discharging through relief valve during pump
transitions is not acceptable.
Full manual operation capability with panel face mounted speed
potentiometer for manually adjusting VFD speed.
23
System can be immediately and directly switched from manual to
automatic mode of operation. This allows for manual
pressurization and immediate switching capability to automatic.
k. Light test sequence. Pressing the reset button for 5 seconds
illuminates all lights.
Rate of pressure change algorithm to rapidly determine if there is
an irrigation demand and immediately cycle on the VFD pump, in
lieu of waiting for pressure to drop to a predetermined start
pressure.
M. All pump station shutdowns shall be of the controlled type which
sequentially phase pumps off at user selectable internals to reduce
water hammer within the irrigation system.
Operator Interface Device (OID):
a. The pump station shall include a NEMA 4, 40 character LED
display and keypad mounted on the control panel door. This
device will allow the operator to view and selectively modify all
registers in the PLC. The unit shall store its messages in non-
volatile memory. The operator interface device shall incorporate
password protection for protecting data integrity. The device will
allow for display and modification of all timers, set points, lockout
times, etc. The device shall communicate with the PLC through
the programming port, and shall include an RS232
communications port allowing a printer to be attached for real time
station status logging.
b. The OID shall be an information system only and not required for
pump station operation. No switches, reset buttons, general alarm
light, run lights or speed potentiometers are included within this
unit. This pump station will be fully functional in the event the OID
unit should fail.
-c. In addition to normal data entry keys, the device shall include a
minimum of the following function keys labeled:
(1) Event. Displays one of three data logging functions.
(a) Operator can scroll through the historical pump
station flows and pressures for up to the last 7
days. The operator can change sampling time
periods (from 1 to 60 minutes). Averages are taken
over the sample period and the average recorded
with time stamp.
(b) The last 128 sequential pump station events with
time of occurrence. Events shall include but not be
limited to: all alarms, starting of individual pumps,
24
stopping of individual pumps and changing of
selector switches.
(c) Station flow and pressure are shown every second
for the previous 60 seconds and every minute for
the previous 30 minutes. If a shutdown occurs, the
flow and pressure tables are locked in so that the
operator may view how the pump station was
performing immediately before the shutdown
occurred.
(2) Status. Will display the current operating status. When
the station is running, the display will show the setpoint
pressure, actual pressure, flow, and pump rpm.
(3) Alarm Info. It will display detailed information on the
alarm, time of occurrence, pumps operating at time of
alarm and how to correct the alarm condition.
(4) Daily Log. It will display the following: Last time of log
reset, individual pump run times, run times since last reset,
pump starts, pump starts since last reset, total flow, total
flow since last reset, highest flow rate with time of
occurrence, alarm conditions, and times since last reset.
(5) Scroll Key. Used to scroll up and down through data.
8. Operation:
a. During non -irrigation times, the pressure maintenance pump (PM)
will cycle on and off as required to maintain irrigation system
pressure. The cycling pressures can be user selected and can be
set substantially below normal set point pressure, if desired. If the
PM pump cannot maintain the desired pressure, then the VFD will
start the first pump and will gradually ramp the pressure up to
desired irrigation pressure.
b. The pump speed will be modulated to hold a constant discharge
pressure regardless of flow. As the flow rate increases and the
VFD pump can no longer maintain pressure while at maximum
speed, the next sequential pump will be started and the VFD
driven pump will accordingly reduce its speed and modulate.
An algorithm shall be include for accurately reducing the VFD
pump speed as the next sequential pump is started so that no
pressure surges are generated during the transition (even with
across the line starting). If the user prefers to switch the VFD from
pump to pump for sequential starting, he can select this option with
the OID.
25
d. As the flow continues to increase, pumps will sequentially be
started until all pumps are operating. As the flow begins to
decrease, pumps will be sequentially turned off until only a single
VFD driven pump is operating. When a no flow condition occurs,
the VFD pump shall be turned off.
E. Skid Wiring:
All wiring from control panels to motors shall be in liquid -tight conduit with
copper conductors rated not less than 600 volts AC and of proper size to
carry the full load amperage of the motors without exceeding 70%
capacity of the conductor. A grounding cable shall be included in the
liquid- tight conduit. There shall be no splices between the motor starters
and the motor connection boxes.
2. Wiring to flow sensors and pressure transducer shall be multi -conductor
shielded cable suitable for Class II low voltage controls.
F. Lightning Arrestor:
The main power supply feeding the pumping station shall be equipped with a 3
phase secondary lighting arrestor having a breakdown current rating of not less
that 60,000 amps at 14,000 volts discharge. Power supplies, 300 volts and less,
shall use 300 volt rated arrestor with an 800 volt spark -over voltage. Power
supplies 301-600 volts shall use 600 volt rated arrestors with a 1,000-volt spark -
over voltage.
G. Misc. Electrical Components:
Main Station Disconnect:
A three -pole main station disconnect shall be mounted in a separate
NEMA 3S enclosure to completely isolate the electrical system from
incoming power. The disconnect shall conform to the requirements of the
NEC and applicable local codes. The main station disconnect shall have
an operating handle on the front of the panel.
2. Secondary Control Circuit Fuses:
Single -pole secondary distribution fuses with appropriate ratings shall
supply power to each pump starter coil circuit, the control system, and to
other circuits as required.
3. Phase Failure - Low Voltage Safety Shutdown:
A phase failure - low voltage system dropout relay shall be provided to de -
energize the individual pump controls and motor sequencing control in
case of either low voltage or phase failure after a 5.0 second time delay.
The resetting shall be automatic after full power is restored for 5.0
seconds, with pumps sequentially restarting. The phase failure - low
Voltage indicator light is to remain illuminated until manually reset.
26
4. Low System Pressure Safety Shutdown:
Low discharge pressure is to be sensed by the pump starting set point.
When the station discharge pressure decreases to this point and
maintains a start signal for a preset time, the pumps will be de -energized
and remains so until the circuit is manually reset. An indicator light shall
illuminate to indicate a low discharge pressure shutdown has occurred.
5. Low Water Level Safety Shutdown:
Furnish liquid level probes and controls to prevent operation of the pumps
when water levels in the wet well are insufficient. Furnish shutdown with
automatic restart after an adjustable delay. Low water level indicator lamp
shall remain lit until manually reset.
6. Corrosion Inhibiting Modules:
Corrosion inhibiting modules shall be installed in all electrical enclosures
in accordance with the manufacturer's recommendations.
H. Standards:
All wiring shall conform to the National Electrical Code Standards.
Flexible conduit sections shall be under 5 feet in length. All conduit to
devices shall be attached securely to avoid trip hazards.
2. The manufacturer shall provide a wiring schematic. The schematic shall
show all devices, connections and wire numbers.
3. All controls and electrical equipment shall be thoroughly inspected and
tested before shipment.
2.09 PIPE SUPPORT STAND
A. Furnish manufactured steel pipe support stand as shown on the drawings and
details. Support must be capable of supporting 500 lbs. dead load and be
adjustable within the range shown on the pump piping detail.
B. Furnish Standon Model S89 or S92 as required, with red oxide primer, as
manufactured by Material Resources, Hillsboro, Oregon, (503) 693-0727 or
approved equal.
2.10 FLOW SENSOR
A. Provide insertion type flow sensor with a glass reinforced nylon (non-magnetic)
impeller, pennlon impeller bearing, tungsten carbide impeller shaft, EPDM
housing, and a brass and bronze housing filled with glass reinforced PPS. Flow
sensor shall be equipped with optical isolator for future fertigation. Flow sensor
must be compatible with desired fertigation system (coordinate with city)
27
B. Provide Engineer approved equal flow sensor.
C. Provide a NEMA 4X digital flow meter readout compatible with flow sensor for
monitoring the flow rate, totalizing gallons used, and for shifting the flow
sequencing set point range. The display shall be a black character, LCD type.
Adjustable settings for pipe diameter and pulse output shall be provided. The
totalizer shall be capable of counting to 2 billion gallons and it must be resetable.
Both settings and the gallons total shall be held in non-volatile memory (no
battery required) and protected by a user defined password with a hidden
override key.
2.11 IRRIGATION CONTROL INTERFACE
A. Provide interface package (optical isolator) for access of square wave signal of
pump system flow sensor for the irrigation central control system. The pump
manufacturer shall provide the interface in order that the manufacturer's warranty
is not voided due to connection of external systems.
2.12 AUTOMATIC BACKWASHING SCREEN FILTER
A. Provide Amiad 8-inch SAF with 300-micron screens with suction scanner or
approved equal. Filter must be capable of an automatic backwash cycle based
on pressure differential and time interval and be controlled through the pump
station control panel.
B. Provide check valve on discharge pipe downstream of Amiad SAF filter device.
2.13 ACCESS HATCH
Provide painted steel diamond plate (minimum'/") hatch as a hinged component of the
pump -mounting skid for access to wet well, replacing the existing damaged access
hatch.
2.14 PAINTING
A. Painting of all new steel piping and components shall consist of a multi -step
coating system which includes metal preparation, rust inhibitive prime coat, and a
two part polyurethane finish having a total dry film thickness of not less that 4
mils.
B. Pump station components and piping shall be painted the existing pump station's
standard color. All electrical enclosures, tank, and accessory panels shall be
painted to a minimum thickness of 3 mils and baked at 160-180 F.
C. Provide a 1-quart can of the finish paint with the system for job site touch up use.
28
PART 3: EXECUTION
3.01 INSPECTIONS AND REVIEWS
A. Site Inspections:
Verify site conditions and note irregularities affecting work of this section.
Report irregularities to the Owner's Representative prior to beginning
work.
2. Beginning work of this section implies acceptance of existing conditions.
3.02 PUMPS AND MOTORS
A. Electrical connection shall consist of a single conduit from 3 phase 460 volt
disconnect to the pump station main disconnect.
B. Technical start up procedures by the pump station manufacturer shall include the
following:
Station start up and pressurization
2. Pressure, flow, and programming adjustments
3. Monitoring of irrigation cycle when possible. Technician will instruct
operations personnel as to the operation, adjustment and maintenance of
the pump station.
3.03 OPERATION AND MAINTENANCE MANUALS
A. Furnish four (4) copies of the bound Pump System Operation and Maintenance
manuals as described in the specifications to the Owner's Representative prior to
the start up.
B. Tools and Spare Parts: Prior to the Pre -Maintenance Review, supply to the
Owner operating keys, servicing tools, test equipment, and any other items
indicated on the drawings.
C. Other Materials: Install other materials or equipment shown on the drawings or
installation details to be part of the pumping system, even though such items may
not have been referenced in these specifications.
3.04 PROJECT RECORD DRAWINGS
A. The Contractor is responsible for documenting changes to the design. Maintain
on -site and separate from documents used for construction, one complete set of
contract documents as Project Documents. Keep documents current. Do not
permanently cover work until as -built information is recorded.
29
BID PROPOSAL
BID 6119
PUMPING PLANT RENOVATION
WE HEREBY ENTER OUR BID FOR THE CITY OF FORT COLLINS' REQUIREMENTS
FOR PUMPING PLANT RENOVATION AT TROUTMAN PARK AND OVERLAND PARK PER THE
BID INVITATION AND ANY REFERENCED SPECIFICATIONS:
The City of Fort Collins Parks Department is requesting bids for retrofitting two existing pumping
stations with variable speed drive systems. The pumping stations are at Troutman Park, 500 W.
Troutman Pkwy and Overland Park, 2930 Virginia Dale Dr., Fort Collins, Colorado
Work shall be completed 60 days after receiving notice to proceed. The successful bidder must
enter into the attached services agreement and supply proof of insurance "Exhibit B" as requested.
Any technical questions should be directed to Eileen Scholl, Project Manager at
(970) 566-1342.
Any Purchasing questions should be directed to John Stephen, CPPB, Buyer at
(970) 221-6775.
A pre -bid meeting will be held at Troutman Park, 500 W Troutman Pkwy, Fort Collins on October
15, 2008 at 10:00 am. The Overland Park site can also be visited after Troutman Park.
Bid Schedule
Contractor to furnish all labor, materials, equipment, supervision and incidentals necessary to
complete the work per attached specifications.
Lump Sum
Troutman Park
Overland Park
E�
Alternate for Overland New 20hp Pump $
Grand Total
Firm name
Signature
Printed Name
Address
Phone/Fax#_
E-mail address
3
SA rev07/08
B. Record pumping system alterations. Record work, which is installed differently
than shown on the construction drawings. Record accurate reference
dimensions.
C. Prior to Final Review, obtain from the Engineer a CAD file of the drawings.
Duplicate information contained on the project drawings maintained on site.
Label each sheet "Record Drawing". Completion of the Record Drawings will be
a prerequisite for the Final Review.
3.05 MAINTENANCE
A. Upon completion of Final Review, maintain system for a duration of 30 calendar
days. Make periodic examinations and adjustments to irrigation system
components as necessary.
B. Following completion of the Contractor's maintenance period, the Owner will be
responsible for maintaining the system in working order during the remainder of
the guarantee/warranty period, and for performing necessary minor maintenance.
3.06 CLEANUP
A. Upon completion of work, remove from the site all machinery, tools, excess
materials, and rubbish.
B. Manufacturer's Representative shall clean all surfaces and touch up scratches
with factory paint to match original.
END OF SECTION
30
OVERLAND PARK
IRRIGATION PUMP SYSTEM SPECIFICATIONS
VERTICAL TURBINE
TABLE OF CONTENTS
SECTION 15140-IRRIGATION PUMP SYSTEM
PART 1: GENERAL
1.01
SCOPE
33
1.02
WORK NOT INCLUDED
33
1.03
SUBMITTALS
33
1.04
RULES AND REGULATIONS
34
1.05
RELATED WORK
34
1.06
TESTING
35
1.07
REVIEWS
35
1.08
GUARANTEEMARRANTY AND REPLACEMENT
35
PART 2: MATERIALS
2.01
QUALITY
36
2.02
SUBSTITUTIONS
36
2.03
GENERAL REQUIREMENTS
36
2.04
PRESSURE MAINTENANCE PUMP
37
2.05
PIPING
37
2.06
VALVES
37
2.07
GAUGES
38
2.08
ELECTRICAL
38
2.09
PIPE SUPPORT STAND
47
2.10
FLOW SENSOR
47
2.11
IRRIGATION CONTROL INTERFACE
48
2.12
AUTOMATIC BACKWASHING SCREEN FILTER
48
2.13
ACCESS HATCH
48
2.14
PAINTING
48
PART 3: EXECUTION
3.01
INSPECTIONS AND REVIEWS
48
3.02
PUMPS AND MOTORS
49
3.03
OPERATION AND MAINTENANCE MANUALS
49
3.04
PROJECT RECORD DRAWINGS
49
3.05
MAINTENANCE
50
3.06
CLEANUP
50
31
DIVISION 15-MECHANICAL
SECTION 15140-IRRIGATION PUMP SYSTEM
PART 1: GENERAL
1.01 SCOPE
A. Furnish all labor, materials, supplies, equipment, tools, and transportation, and
perform all operations in connection with and reasonably incidental to the
complete renovation of the existing pumping system, and guarantee/warranty as
shown on the drawings, the installation details, and as specified herein. Items of
work specifically included are:
B. Procurement of all applicable licenses, permits, and fees as required by local
utilities and regulations.
C. Services of a factory field service person to supervise the assembly, installation,
and start-up of the pumping system, and the training of maintenance staff.
D. Demolition of existing pump station components (hydropneumatic tank, strainer,
damaged access hatch, electrical panel and controls, pressure reducing valve,
pressure relief valve, and piping) per the demolition notes and details.
E. Removal of existing 5 horsepower pump and motor.
F. Addition of a 20 hp pump and motor to match existing 20 hp pump and motor
operating point. (Submit bid as an alternate).
G. Renovate a prefabricated, vertical turbine pumping system; specifically adding
piping, electrical controls with VFD, a new pressure relief valve, new access
hatch, pressure maintenance pump, and other items as specified in the details.
H. Install a 2 hp pressure maintenance pump with associated piping, check valve,
and isolation valve.
Maintenance period.
1.02 WORK NOT INCLUDED
A. Items of work specifically excluded or covered under other sections are:
B. Provision and installation of electrical transformer on site.
1.03 SUBMITTALS
A. Deliver four (4) copies of all submittals to the Owners Representative within 21
days from the date of Notice To Proceed. Deliver Maintenance Manual prior to
start-up.
B. Materials List: Include pipe, valve, fittings, pumps and motors, control system
components, and electrical equipment. Quantities of materials need not be
included.
C. Manufacturers' Data: Submit manufacturers' catalog cuts, performance curves,
specifications, and operating instructions for equipment shown on the materials
list. Submit complete instructions for installation, operation, and recommended
maintenance of the pump system.
D. Maintenance Manual: Submit four copies of a bound maintenance manual that
includes all manufacturers' data listed above and recommended operating
procedures and preventive maintenance procedures. Include guide for
troubleshooting operational problems with the pump station and complete
documentation for programming, recommended settings and adjustments.
E. Shop Drawings: Submit shop drawings of proposed renovated pump system.
Show products required for proper installation, their relative locations, and critical
dimensions. Submit technical data sheets, electrical schematics, sequence of
operation, UL listing authorization form. Note modifications to the installation
drawings.
The construction documents show a typical layout and critical dimensions
for the pump system, building, wet well, etc. Pump system manufacturer
is responsible for layout and design of the renovated pump system, and
any special coordination issues that affect the critical dimensions, layout,
or orientation of the pump system.
1.04 RULES AND REGULATIONS
A. Work and materials shall be in accordance with the latest edition of the National
Electric Code, the Uniform Plumbing Code as published by the Western
Plumbing Officials Association, and applicable laws and regulations of the
governing authorities.
B. When the contract documents call for materials or construction of a better quality
or larger size than required by the above -mentioned rules and regulations,
provide the quality and size required by the contract documents.
C. All electrical control panels with controls shall be built in accordance to N.E.C.,
U.L. and E.T.L. standards. The electrical components and enclosure shall be
labeled as a complete U.L. listed assembly with manufacturer's U.L. label applied
to the door. All equipment and wiring shall be mounted within the enclosure and
labeled for proper identification.
1.05 RELATED WORK
A. Division 2-SITE WORK
1.06 TESTING
A. Notify the Owner's Representative three days (72 hours) in advance of testing.
B. On completion of assembly of the pumping station, all discharge pipe and valves
shall be hydrostatically tested at 150% of the maximum pump shutoff head.
C. Bump manual motor starter controls to prove correct rotation and secure local
inspection/approval.
D. Test, verify, and demonstrate to the Owner's Representative the proper operation
of all control and safety shut off devices.
E. Verify flow and discharge pressure from the pump system and demonstrate to the
Owner's Representative system performance based on the specified values.
F. All costs, including travel expenses and site visits by the Engineer, for any
additional reviews that may be required due to non-compliance with the
Construction Documents shall be the sole responsibility of the Contractor.
1.07 REVIEWS
A. The purpose of on -site reviews by the Owner's Representative is to observe the
Contractor's interpretation of the construction documents and to address
questions with regards to the pump installation.
B. Scheduled reviews such as those for testing should be scheduled with the
Owner's Representative as required by these specifications.
C. Impromptu reviews may occur at any time during the project.
D. Final review will occur at the completion of the pumping system installation.
1.08 GUARANTEEIWARRANTY AND REPLACEMENT
A. The purpose of this guarantee/warranty is to insure that the Owner receives
materials of prime quality, installed and maintained in a thorough and careful
manner.
B. The manufacturer shall warrant the pumping system to be free of defects and
product malfunctions for a period of one year from date of start up or eighteen
months after shipment, whichever occurs first.
C. The programmable controller shall be unconditionally warranted for 5 years from
the date of shipment. The pumping system manufacturer shall be responsible for
all warranties, pass through warranties are not acceptable.
D. Failures caused by lightning strikes, power surges, vandalism, flooding, operator
abuse, or acts of God are excluded from warranty coverage.
E. Repair damage to the premises caused by a defective item. Make repairs within
seven days of notification from the Owner's Representative.
PART 2: MATERIALS
2.01 QUALITY
Materials used in the system shall be new and without flaws or defects of any type, and
shall be the best of their class and kind.
2.02 SUBSTITUTIONS
A. Make complete submittals of allmanufacturers' data showing compliance with the
Contract Documents.
B. In making a request for a substitution, the Contractor represents that he:
Has investigated the proposed substitution and found that it is the same or
better quality, level, capacity, function, or appearance than the specified
product, and can demonstrate that to the Owner and the Engineer.
2. Will coordinate the installation and make all modifications to the work,
which are required for the complete installation and operation of the
system.
C. The Engineer and the Owner's Representative will determine acceptability of the
proposed substitution and will notify Contractor of acceptance or rejection.
D. Pipe sizes referenced in the construction documents are minimum sizes, and may
be increased at the option of the Contractor.
2.03 GENERAL REQUIREMENTS
A. The new pump station equipment shall meet all the general and technical
specifications; shall be designed, fabricated and installed in a workmanlike
manner.
B. Provide a factory -trained technician to supervise the installation of the new
equipment.
In addition to the time required for installation supervision, the technician shall
provide a minimum of 1 day of training for the Owner's staff in the operation,
maintenance, and programming of the pumping system.
C. All pump station components shall be supplied by and be the responsibility of one
manufacturer, even though others manufactured some components.
D. Acceptable Manufacturers:
WATERTRONICS, 525 Industrial Drive, Hartland, Wisconsin 53029,
(800)356-6686, (414)367-5000, F: (414) 367-5551. Local Representative:
Torry Roesch, Watertronics,7574 Jellison Court, Arvada, CO 80005 (720)
898-0540
2. METRON, 1505 West 3rd Avenue, Denver, Colorado 80223, (303) 592-
1903, FAX (303) 534-1947
3. SYNCHROFLO, 6700 Best Friend Rd., Norcross, Georgia, 30071,
(770) 447-4443. Local Representative: John Macintyre, Munro Supply,
1271 Elmwood Court, Colorado 80020, (303) 439-2600.
4. FLOWTRONEX PSI Ltd., 10717 Harry Lines Blvd., Dallas, Texas 75220,
(214) 357-1320. Local Representative: Jay Folk, Arapahoe Pumping
Systems, P.O. Box 3482, Littleton, Colorado 80161.
2.04 PRESSURE MAINTENANCE PUMP
A. Provide a 2 HP, 50 GPM submersible pump as a pressure maintenance pump
with associated piping, check valve, and isolation valve as shown in the details.
2.05 PIPING
A. Fabricated Piping: All fabricated piping shall conform to ASTM specifications A53
for Grade B welded or seamless pipe. Piping 16" and smaller shall be Schedule
40. All welding flanges shall be forged steel with slip-on or welding neck type. All
welding fittings shall be seamless, conforming to ASTM Specification A234, with
pressure rating not less that 150 psi. All pressurized tube fittings shall be copper
or brass.
B. Winterization Connection: Provide 2-inch ball valve and capped threaded nipple
in pump system discharge manifold for compressed air winterization of the
irrigation system if not already installed.
2.06 VALVES
A. Air/Vacuum Release Valve:
Provide a continuous -acting, combination air release/vacuum valve to
release excess air from the pump discharge manifold. The valve must be
capable of releasing air during filling and pump operation and also open in
a vacuum condition to allow air to enter the manifold when piping is
drained. Valve shall have a cast iron body rated for 300 PSI, stainless
steel trim and float ball, Buna N and viton seats.
2. In lieu of an air/vacuum release valve, provide an Engineer approved
equal device to release air from the system.
B. Drain Valves: Drains are to be provided from any possible low point in the system
and are to consist of 1/4" brass angle valves unless otherwise noted. Drain
piping is to be furnished so that no drain water runs out on top of the deck plate,
but either under deck plate, or directly into the trench drain or wet well. They
include, but are not limited to, the following:
Provide drain in the pump discharge manifold between pump check
valves and control valve.
2. Provide 3/4" brass hose bib in the discharge piping to function as a
washdown connection and also function as a drain.
C. Check Valves: Pump check valves shall be of the silent operating, non -slam type,
cast iron bodied with bronze and stainless steel trim. Sealing surfaces shall
utilize resilient Buna N rubber. The valve design shall incorporate a center
guided, spring, loaded poppet, guided at opposite ends and having a short linear
stroke that generates a flow area equal to the pipe diameter. Valves shall be
sized to permit full pump capacity to discharge through them without exceeding a
pressure drop of 2.5 PSI. Furnish check valves on the discharge of each pump.
D. Pressure Relief Valve: Furnish pressure relief valve and bypass piping to wet well
installed on the discharge piping upstream of the pressure regulating valve. Size
pressure relief valve to bypass sufficient water to avoid operating pumps at or
near shut off head conditions.
2.07 GAUGES
Gauges and switch gauges shall be isolated from all electrical switch gear and control
panels. Gauges shall be provided at appropriate locations to read inlet pressure and
discharge manifold pressure. Switch gauges shall be 4" diameter vibration/pulsation
dampened. Pressure gauges shall be 2.5" diameter, glycerin filled, with ANSI Class B
accuracy. Install ball valves to provide total isolation of all pressure gauges.
2.08 ELECTRICAL
A. Electrical Supply: The power supply to the station shall be three phase, 460 volt,
60 hertz, for full voltage across the line motor starting.
B. Enclosures:
The pumping station electrical controls shall be mounted in a self
contained NEMA 3S (minimum NEMA rating) enclosure with a drip lip
fabricated from not less that 14 gauge steel. Door gasket seals shall be
neoprene sponge, sufficient to protect interior components from weather
and dust. The electrical panel doors shall be constructed from 12-gauge
steel with integral locking screws and latches.
2. Provide operating handle for the main station power disconnect on the
front of the panel. Furnish weatherproof and dust proof external operating
devices.
3. All internal components of the enclosures shall be mounted on removable
back panels. Mounting screws for components shall not be tapped in the
panel enclosure.
4. All internal wiring within, and interconnecting between, the panels shall be
complete and no field wiring within the panels shall be required. Wiring
troughs and cable raceways shall be self-contained within the enclosures
and no external cable trays or wiring troughs are permitted.
5. No pressure gauges, pressure switches, water activated devices, or water
lines of any sort shall be installed in any electrical control panel. All
adjustments and maintenance shall be able to be done from the front of
the control enclosure. A complete wiring circuit and legend with all
terminals, components, and wiring identification shall be provided. Main
disconnect shall be interlocked with door.
6. All electrical starter and control panels shall be assembled from
components that are U.L. listed and each completed panel shall be U.L.
listed as an Industrial Control Panel.
7. A closed type cooling system shall be included to cool the enclosure and
reject heat from the VFD. Open type cooling systems allowing outside
ambient air to enter the panel are not acceptable.
C. Pump Motor Starters, Disconnect, and Electrical Switch Gear:
The pump motor starters shall be contained within a single NEMA 12
enclosure with a single access door and main disconnect. Each starter
shall be protected on each power leg by a time delay fuse of the
appropriate amperage. Motor starter coils shall be 120 volt operated.
2. Overload relays shall be ambient -compensating type installed on each
power leg and shall be set to trip at 105% of motor full -load current rating.
3. Provide the small HP motor starter with fuses on VFD input and across
the line input. (When VFD controls multiple sizes of pumps, install in
small pumps).
D. Variable Speed Master Controls and Display:
Provide complete instrumentation and controls to automatically start, stop and
modulate pump speed(s) to smoothly, efficiently and reliably pump variable flow
rates at a constant discharge pressure. Provide full alarms and safety features
needed to protect the equipment and irrigation piping system.
Variable Frequency Drive: Provide a digital, pulse width modulation
(PWM) variable frequency drive (VFD) with IGBT transistors.
a. Provide VFD with a minimum wire to wire efficiency of 98.5%, and
shall be rated up to 550-volt operation in order to eliminate
nuisance tripping at marginally high voltage conditions.
b. Provide VFD with the front end protected by fast acting
semiconductor fuses. Any VFD error messages shall be displayed
on a 40-character LCD readout in English or any one of 8 other
languages.
Include the following fault protection circuits: Over -current (200%),
over -voltage (130%), under -voltage (60%), over -temperature (700
C), ground fault, and motor overload.
d. Provide VFD capable of starting into a rotating load and accelerate
or decelerate to setpoint without safety tripping.
e. Provide VFD with an automatic extended power loss ride through
circuit, which will utilize the inertia of the pump to keep the drive
powered. The minimum power loss ride -through shall be one
cycle based on full load and no inertia.
Provide VFD optimized for a 3 kHz carrier frequency to reduce
motor noise and employing three current limit circuits to provide
"tripless" operation.
g. The following operating information shall be displayed on the VFD
LCD: KWH, elapsed time, Output frequency (Hz), motor speed
(RPM), motor current (amps), and voltage. Line reactor will be
installed on input of VFD to protect against voltage transients.
h. Provide VFD with line filter: PWM output filter for VFD Trans -coil
Inc. (TCI) DV-Dtguard model KLC. (Line filter for run greater than
200-ft from panel).
Provide VFD as manufactured by Allen Bradley, ABB, Toshiba,
Siemens, or engineer approved equal.
alifications of Bidder:
A. Qualified bidder will have been doing business under the present business name for the
past three consecutive years.
B. Qualified bidder will supply with bid 5 references pertaining to retrofitting existing vertical
turbine pumping plants to variable speed drive.
C. Qualified bidder shall have sufficient manpower and equipment to accomplish said%ak
in the required time.
D. The Owner may make such investigation as it deems necessary to determine
the ability of the bidder to perform the work and the bidder shall furnish to the
Owner all such information and data as is reasonably required for this purpose. The Owner
reserves the right to disqualify any bid if the evidence resulting from the Owners
investigation shows, in the opinion of the Owner, that the bidder is not properly qualified to
prosecute the work described herein.
SA rev07/08
2. Pressure Transducer: Pressure transducer shall be utilized for providing
all pressure signals for the control logic.
a. Provide a solid-state bonded strain gauge type pressure
transducer with an accuracy of plus/minus 0.20%. Housing shall
be stainless steel NEMA 4X with 304L stainless steel wetted parts.
Plastic transducer housings are not acceptable.
b. Furnish a transducer rated for station discharge pressure as
shown on technical data sheet that will provide gauge pressure
output, rather than an absolute.
3. Controls: All control logic shall be handled by an industrial grade
programmable logic controller (PLC) with a 40 character LED industrial
operator interface providing data entry and read-out capabilities.
a. Provide PLC with LED indicators for input, output, and four (4)
diagnostic read-outs showing PC Run, CPU Fault, 1/0 Fault, and
communication. Provide an LED visual status light for each 1/0 to
indicate on/off status.
b. Provide PLC with a built in EEPROM, capacitor, and battery for
memory backup. A surge suppressor shall be mounted on input of
PLC for power transient suppression.
C. All logic for system control, timing, and control of VFD speed shall
be handled by the PLC. No external relay logic and/or timers are
permitted. A separate set point controller is not acceptable.
d. PLC shall have a built in clock calendar. The PLC shall be of the
type manufactured by Toshiba, Siemens, Allen Bradley, Mitsubishi,
or Engineer approved equal. The clock calendar shall
automatically adjust time for daylight savings.
4. Alarms and shutdowns:
a. Low discharge pressure (with override switch)`
b. High discharge pressure
C. Low lake level (Attempts restart)*
d. Phase loss (Attempts restart)*
e. Low voltage (Attempts restart)*
Phase unbalance (Attempts restart)*
g. Individual motor overload/phase loss (indicates which individual
motor was shut down)
h. VFD fault (shutdown VFD pump only and attempts restart).*
*Three failed restarts in 15-minute period will give hard shutdown.
A red general alarm light will indicate all alarms. Specific alarm conditions along
with procedures for correction will be displayed in English on the operator
interface display (OID).
5. Panel face switches, lights, and counters:
a. Individual pump run lights and pump on/off switches
b. System Hand/Off/Automatic switch
C. Mode Select switch -- allows automatic bypass mode of operation
that can be used if VFD should fail.
d. VFD selector switch -- in manual mode, allows user to select which
pump will be run off the VFD.
e. Reset -- Acknowledges pump station alarms
Speed potentiometer -- in manual mode allows user to adjust VFD
pump speed
g. Low discharge pressure override switch -- disables low discharge
pressure alarm
h. PLC bypass switch mounted inside panel allows user to manually
operate pumps should PLC fail.
Mechanical hour counter for each pump in the system.
6. Software:
a. Software will be included to automatically and gradually ramp up
irrigation system pressure to the desired operating pressure (i.e.,
PSI every 3 seconds) without overshooting design pressure. This
feature operates whenever pressure drops below set point
pressure. This ramp up time is fully adjustable by the operator.
This control feature is based on an increase in pressure over a
pre -defined time period. The acceleration control on the VFD is
NOT an acceptable means of adjusting pressure ramp up speed.
b. Software will be included for optionally maintaining a lower
irrigation system pressure when not irrigating. Reduced pressure
values will be shown in the technical data sheet. Controls will
cycle the PM pump at these reduced pressures during non-
irrigation times and pressure will gradually increase to design
pressure when the irrigation periods begin.
C. Neither flow meter nor VFD output frequency shall be used for
shutting down last VFD driven pump. Controls and software shall
incorporate a method to eliminate excessive cycling of VFD pump
at very low flow conditions, yet not run the pump excessively at no
flow conditions.
d. Provide automatic alternation of VFD driven pumps accomplished
by incorporating dual mechanically and electrically interlocked
contactors allowing alternation of the VFD between pumps.
e. Real time clock calendar allows PLC to internally provide all date
and time functions used above.
Two separately adjustable PID control loops for both low flow and
high flow pressure stability.
g. Provide system that allows user to field select either two modes of
VFD operation. Auto switch VFD option allows VFD to
sequentially start each pump. The standard mode of operation
starts the first main pump on the VFD and the remaining pump
starts across the line as required.
h.. Shutoff algorithm for fixed speed pumps to minimize pump cycling
while also remaining responsive to sudden flow reductions.
Minimum run timers alone for minimizing fixed speed pump cycling
is not acceptable. Discharging through relief valve during pump
transitions is not acceptable.
Full manual operation capability with panel face mounted speed
potentiometer for manually adjusting VFD speed.
System can be immediately and directly switched from manual to
automatic mode of operation. This allows for manual
pressurization and immediate switching capability to automatic.
Light test sequence. Pressing the reset button for 5 seconds
illuminates all lights.
Rate of pressure change algorithm to rapidly determine if there is
an irrigation demand and immediately cycle on the VFD pump, in
lieu of waiting for pressure to drop to a predetermined start
pressure.
M. All pump station shutdowns shall be of the controlled type which
sequentially phase pumps off at user selectable internals to reduce
water hammer within the irrigation system.
7. Operator Interface Device (OID):
a. The pump station shall include a NEMA 4, 40 character LED
display and keypad mounted on the control panel door. This
device will allow the operator to view and selectively modify all
registers in the PLC. The unit shall store its messages in non-
volatile memory. The operator interface device shall incorporate
password protection for protecting data integrity. The device will
allow for display and modification of all timers, set points, lockout
times, etc. The device shall communicate with the PLC through
the programming port, and shall include an RS232
communications port allowing a printer to be attached for real time
station status logging.
b. The OID shall be an information system only and not required for
pump station operation. No switches, reset buttons, general alarm
light, run lights or speed potentiometers are included within this
unit. This pump station will be fully functional in the event the OID
unit should fail.
C. In addition to normal data entry keys, the device shall include a
minimum of the following function keys labeled:
(1) Event. Displays one of three data logging functions.
(a) Operator can scroll through the historical pump
station flows and pressures for up to the last 7
days. The operator can change sampling time
periods (from 1 to 60 minutes). Averages are taken
over the sample period and the average recorded
with time stamp.
(b) The last 128 sequential pump station events with
time of occurrence. Events shall include but not be
limited to: all alarms, starting of individual pumps,
stopping of individual pumps and changing of
selector switches.
(c) Station flow and pressure are shown every second
for the previous 60 seconds and every minute for
the previous 30 minutes. If a shutdown occurs, the
flow and pressure tables are locked in so that the
operator may view how the pump station was
performing immediately before the shutdown
occurred.
(2) Status. Will display the current operating status. When
the station is running, the display will show the setpoint
pressure, actual pressure, flow, and pump rpm.
(3) Alarm Info. It will display detailed information on the
alarm, time of occurrence, pumps operating at time of
alarm and how to correct the alarm condition.
(4) Daily Log. It will display the following: Last time of log
reset, individual pump run times, run times since last reset,
pump starts, pump starts since last reset, total flow, total
flow since last reset, highest flow rate with time of
occurrence, alarm conditions, and times since last reset.
(5) Scroll Key. Used to scroll up and down through data.
8. Operation:
a. During non -irrigation times, the pressure maintenance pump (PM)
will cycle on and off as required to maintain irrigation system
pressure. The cycling pressures can be user selected and can be
set substantially below normal set point pressure, if desired. If the
PM pump cannot maintain the desired pressure, then the VFD will
start the first pump and will gradually ramp the pressure up to
desired irrigation pressure.
b. The pump speed will be modulated to hold a constant discharge
pressure regardless of flow. As the flow rate increases and the
VFD pump can no longer maintain pressure while at maximum
speed, the next sequential pump will be started and the VFD
driven pump will accordingly reduce its speed and modulate.
C. An algorithm shall be include for accurately reducing the VFD
pump speed as the next sequential pump is started so that no
pressure surges are generated during the transition (even with
across the line starting). If the user prefers to switch the VFD from
pump to pump for sequential starting, he can select this option with
the OID.
d. As the flow continues to increase, pumps will sequentially be
started until all pumps are operating. As the flow begins to
decrease, pumps will be sequentially turned off until only a single
VFD driven pump is operating. When a no flow condition occurs,
the VFD pump shall be turned off.
E. Skid Wiring
All wiring from control panels to motors shall be in liquid -tight conduit with
copper conductors rated not less than 600 volts AC and of proper size to
carry the full load amperage of the motors without exceeding 70%
capacity of the conductor. A grounding cable shall be included in the
liquid- tight conduit. There shall be no splices between the motor starters
and the motor connection boxes.
2. Wiring to flow sensors and pressure transducer shall be multi -conductor
shielded cable suitable for Class II low voltage controls.
F. Lightning Arrestor
The main power supply feeding the pumping station shall be equipped with a 3
phase secondary lighting arrestor having a breakdown current rating of not less
that 60,000 amps at 14,000 volts discharge. Power supplies, 300 volts and less,
shall use 300 volt rated arrestor with an 800 volt spark -over voltage. Power
supplies 301-600 volts shall use 600 volt rated arrestors with a 1,000-volt spark -
over voltage.
G. Misc. Electrical Components
Main Station Disconnect:
A three -pole main station disconnect shall be mounted in a separate
NEMA 3S enclosure to completely isolate the electrical system from
incoming power. The disconnect shall conform to the requirements of the
NEC and applicable local codes. The main station disconnect shall have
an operating handle on the front of the panel.
2. Secondary Control Circuit Fuses:
Single -pole secondary distribution fuses with appropriate ratings shall
supply power to each pump starter coil circuit, the control system, and to
other circuits as required.
3. Phase Failure - Low Voltage Safety Shutdown:
A phase failure - low voltage system dropout relay shall be provided to de -
energize the individual pump controls and motor sequencing control in
case of either low voltage or phase failure after a 5.0 second time delay.
The resetting shall be automatic after full power is restored for 5.0
seconds, with pumps sequentially restarting. The phase failure - low
Voltage indicator light is to remain illuminated until manually reset.
4. Low System Pressure Safety Shutdown:
Low discharge pressure is to be sensed by the pump starting set point.
When the station discharge pressure decreases to this point and
maintains a start signal for a preset time, the pumps will be de -energized
and remains so until the circuit is manually reset. An indicator light shall
illuminate to indicate a low discharge pressure shutdown has occurred.
5. Low Water Level Safety Shutdown:
Furnish liquid level probes and controls to prevent operation of the pumps
when water levels in the wet well are insufficient. Furnish shutdown with
automatic restart after an adjustable delay. Low water level indicator lamp
shall remain lit until manually reset.
6. Corrosion Inhibiting Modules:
Corrosion inhibiting modules shall be installed in all electrical enclosures
in accordance with the manufacturer's recommendations.
H. Standards
All wiring shall conform to the National Electrical Code Standards.
Flexible conduit sections shall be under 5 feet in length. All conduit to
devices shall be attached securely to avoid trip hazards.
2. The manufacturer shall provide a wiring schematic. The schematic shall
show all devices, connections and wire numbers.
3. All controls and electrical equipment shall be thoroughly inspected and
tested before shipment.
2.09 PIPE SUPPORT STAND
A. Furnish manufactured steel pipe support stand as shown on the drawings and
details. Support must be capable of supporting 500 lbs. dead load and be
adjustable within the range shown on the pump piping detail.
B. Furnish Standon Model S89 or S92 as required, with red oxide primer, as
manufactured by Material Resources, Hillsboro, Oregon, (503) 693-0727 or
approved equal.
2.10 FLOW SENSOR
A. Provide insertion type flow sensor with a glass reinforced nylon (non-magnetic)
impeller, pennlon impeller bearing, tungsten carbide impeller shaft, EPDM
housing, and a brass and bronze housing filled with glass reinforced PPS. Flow
sensor shall be equipped with optical isolator for future fertigation. Flow sensor
must be compatible with desired fertigation system (coordinate with city)
B. Provide Engineer approved equal flow sensor.
C. Provide a NEMA 4X digital flow meter readout compatible with flow sensor for
monitoring the flow rate, totalizing gallons used, and for shifting the flow
sequencing set point range. The display shall be a black character, LCD type.
Adjustable settings for pipe diameter and pulse output shall be provided. The
totalizer shall be capable of counting to 2 billion gallons and it must be resetable.
Both settings and the gallons total shall be held in non-volatile memory (no
battery required) and protected by a user defined password with a hidden
override key.
2.11 IRRIGATION CONTROL INTERFACE
A. Provide interface package (optical isolator) for access of square wave signal of
pump system flow sensor for the irrigation central control system. The pump
manufacturer shall provide the interface in order that the manufacturer's warranty
is not voided due to connection of external systems.
2.12 AUTOMATIC BACKWASHING SCREEN FILTER
A. Provide Amiad 8-inch SAF with 300-micron screens with suction scanner or
approved equal. Filter must be capable of an automatic backwash cycle based
on pressure differential and time interval and be controlled through the pump
station control panel.
B. Provide check valve on discharge pipe downstream of Amiad SAF filter device.
2.13 ACCESS HATCH
Provide painted steel diamond plate (minimum '/") hatch as a hinged component of the
pump -mounting skid for access to wet well, replacing the existing damaged access
hatch.
2.14 PAINTING
A. Painting of all new steel piping and components shall consist of a multi -step
coating system which includes metal preparation, rust inhibitive prime coat, and a
two part polyurethane finish having a total dry film thickness of not less that 4
mils.
B. Pump station components and piping shall be painted the existing pump station's
standard color. All electrical enclosures, tank, and accessory panels shall be
painted to a minimum thickness of 3 mils and baked at 160-180 F.
C. Provide a 1-quart can of the finish paint with the system for job site touch up use.
PART 3: EXECUTION
3.01 INSPECTIONS AND REVIEWS
A. Site Inspections:
Verify site conditions and note irregularities affecting work of this section.
Report irregularities to the Owner's Representative prior to beginning
work.
2. Beginning work of this section implies acceptance of existing conditions.
3.02 PUMPS AND MOTORS
A. Electrical connection shall consist of a single conduit from 3 phase 460 volt
disconnect to the pump station main disconnect.
B. Technical start up procedures by the pump station manufacturer shall include the
following:
Station start up and pressurization
2. Pressure, flow, and programming adjustments
3. Monitoring of irrigation cycle when possible. Technician will instruct
operations personnel as to the operation, adjustment and maintenance of
the pump station.
3.03 OPERATION AND MAINTENANCE MANUALS
A. Furnish four (4) copies of the bound Pump System Operation and Maintenance
manuals as described in the specifications to the Owner's Representative prior to
the start up.
B. Tools and Spare Parts: Prior to the Pre -Maintenance Review, supply to the
Owner operating keys, servicing tools, test equipment, and any other items
indicated on the drawings.
C. Other Materials: Install other materials or equipment shown on the drawings or
installation details to be part of the pumping system, even though such items may
not have been referenced in these specifications.
3.04 PROJECT RECORD DRAWINGS
A. The Contractor is responsible for documenting changes to the design. Maintain
on -site and separate from documents used for construction, one complete set of
contract documents as Project Documents. Keep documents current. Do not
permanently cover work until as -built information is recorded.
B. Record pumping system alterations. Record work, which is installed differently
than shown on the construction drawings. Record accurate reference
dimensions.
C. Prior to Final Review, obtain from the Engineer a CAD file of the drawings.
Duplicate information contained on the project drawings maintained on site.
Label each sheet "Record Drawing". Completion of the Record Drawings will be
a prerequisite for the Final Review.
3.05 MAINTENANCE
A. Upon completion of Final Review, maintain system for a duration of 30 calendar
days. Make periodic examinations and adjustments to irrigation system
components as necessary.
B. Following completion of the Contractor's maintenance period, the Owner will be
responsible for maintaining the system in working order during the remainder of
the guarantee/warranty period, and for performing necessary minor maintenance.
3.06 CLEANUP
A. Upon completion of work, remove from the site all machinery, tools, excess
materials, and rubbish.
B. Manufacturer's Representative shall clean all surfaces and touch up scratches
with factory paint to match original.
END OF SECTION
SERVICES AGREEMENT
THIS AGREEMENT made and entered into the day and year set forth below by and between
THE CITY OF FORT COLLINS, COLORADO, a Municipal Corporation, hereinafter referred to as the
"City" and , hereinafter referred to as "Service Provider".
WITNESSETH:
In consideration of the mutual covenants and obligations herein expressed, it is agreed by
and between the parties hereto as follows:
1. Scope of Services. The Service Provider agrees to provide services in accordance
with the scope of services attached hereto as Exhibit "A", consisting of pages and
incorporated herein by this reference.
2. The Work Schedule. [Optional] The services to be performed pursuant to this
Agreement shall be performed in accordance with the Work Schedule attached hereto as Exhibit
"B", consisting of ( ) page[s], and incorporated herein by this reference.
3. Time of Commencement and Completion of Services. The services to be performed
pursuant to this Agreement shall be initiated within ( ) days following
execution of this Agreement. Services shall be completed no later than . Time is
of the essence. Any extensions of the time limit set forth above must be agreed upon in a writing
signed by the parties.
4. Contract Period. [Option 1] This Agreement shall commence upon the date of
execution shown on the signature page of this Agreement and shall continue in full force and effect
for one (1) year, unless sooner terminated as herein provided. In addition, at the option of the City,
the Agreement maybe extended for an additional period of one (1) year at the rates provided with
written notice to the Professional mailed no later than ninety (90) days prior to contract end.
5
SA rev07/08
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4. Contract Period. [Option 2] This Agreement shall commence , 200_, and
shall continue in full force and effect until , 200_, unless sooner terminated as herein
provided. In addition, at the option of the City, the Agreement may be extended for additional one
year periods not to exceed _ (_) additional one year periods. Renewals and pricing changes shall
be negotiated by and agreed to by both parties. The Denver Boulder Greeley CPIU published by the
Colorado State Planning and Budget Office will be used as a guide. Written notice of renewal shall
be provided to the Service Provider and mailed no later than ninety (90) days prior to contract end.
5. Delay. If either party is prevented in whole or in part from performing its obligations
by unforeseeable causes beyond its reasonable control and without its fault or negligence, then the
party so prevented shall be excused from whatever performance is prevented by such cause. To
the extent that the performance is actually prevented, the Service Provider must provide written
notice to the City of such condition within fifteen (15) days from the onset of such condition.
[Early Termination clause here as an option.
6. Early Termination by City/Notice. Notwithstanding the time periods contained herein,
the City may terminate this Agreement at any time without cause by providing written notice of
termination to the Service Provider. Such notice shall be delivered at least fifteen (15) days prior to
the termination date contained in said notice unless otherwise agreed in writing by the parties. All
notices provided under this Agreement shall be effective when mailed, postage prepaid and sent to
the following addresses:
City:
Copy to:
Service Provider:
City of Fort Collins
City of Fort Collins
Attn: Purchasing
Attn:
PO Box 580
PO Box 580
Fort Collins, CO 80522
Fort Collins, CO 80522
In the event of early termination by the City, the Service Provider shall be paid for services rendered
to the date of termination, subject only to the satisfactory performance of the Service Provider's
obligations under this Agreement. Such payment shall be the Service Provider's sole right and
remedy for such termination.
0
SA rev07/08
7. Contract Sum. The City shall pay the Service provider for the performance of this
Contract, subject to additions and deletions provided herein, per the attached Exhibit "A", consisting
of pages, and incorporated herein by this reference.
8. City Representative, The City will designate, prior to commencement of the work, its
representative who shall make, within the scope of his or her authority, all necessary and proper
decisions with reference to the services provided under this agreement. All requests concerning this
agreement shall be directed to the City Representative.
9. Independent Service provider. The services to be performed by Service Provider are
those of an independent service provider and not of an employee of the City of Fort Collins. The
City shall not be responsible for withholding any portion of Service Provider's compensation
hereunder for the payment of FICA, Workmen's Compensation or other taxes or benefits or for any
other purpose.
10. Personal Services. It is understood that the City enters into the Agreement based on
the special abilities of the Service Provider and that this Agreement shall be considered as an
agreement for personal services. Accordingly, the Service Provider shall neither assign any
responsibilities nor delegate any duties arising under the Agreement without the prior written
consent of the City.
11. Acceptance Not Waiver. The City's approval or acceptance of, or payment for any of
the services shall not be construed to operate as a waiver of any rights or benefits provided to the
City under this Agreement or cause of action arising out of performance of this Agreement.
12. Warran .
(a) Service Provider warrants that all work performed hereunder shall be
performed with the highest degree of competence and care in accordance
with accepted standards for work of a similar nature.
(b) Unless otherwise provided in the Agreement, all materials and equipment
incorporated into any work shall be new and, where not specified, of the most
suitable grade of their respective kinds for their intended use, and all
workmanship shall be acceptable to City.
(c) Service Provider warrants all equipment, materials, labor and other work,
provided under this Agreement, except City -furnished materials, equipment
7
SA rev07/08
and labor, against defects and nonconformances in design, materials and
workmanship/workwomanship for a period beginning with the start of the
work and ending twelve (12) months from and after final acceptance under
the Agreement, regardless whether the same were furnished or performed by
Service Provider or by any of its subcontractors of any tier. Upon receipt of
written notice from City of any such defect or nonconformances, the affected
item or part thereof shall be redesigned, repaired or replaced by Service
Provider in a manner and at a time acceptable to City.
13. Default. Each and every term and condition hereof shall be deemed to be a material
element of this Agreement. In the event either party should fail or refuse to perform according to the
terms of this agreement, such party may be declared in default thereof.
14. Remedies. In the event a party has been declared in default, such defaulting party
shall be allowed a period of ten (10) days within which to cure said default. In the event the default
remains uncorrected, the party declaring default may elect to (a) terminate the Agreement and seek
damages; (b) treat the Agreement as continuing and require specific performance; or (c) avail
himself of any other remedy at law or equity. If the non -defaulting party commences legal or
equitable actions against the defaulting party, the defaulting party shall be liable to the non -
defaulting party for the non -defaulting party's reasonable attorney fees and costs incurred because
of the default.
15. Binding Effect. This writing, together with the exhibits hereto, constitutes the entire
agreement between the parties and shall be binding upon said parties, their officers, employees,
agents and assigns and shall inure to the benefit of the respective survivors, heirs, personal
representatives, successors and assigns of said parties.
16. Indemnity/Insurance.
a. The Service Provider agrees to indemnify and save harmless the City, its officers,
agents and employees against and from any and all actions, suits, claims, demands or
liability of any character whatsoever brought or asserted for injuries to or death of any person
or persons, or damages to property arising out of, result from or occurring in connection with
the performance of any service hereunder.
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b. The Service Provider shall take all necessary precautions in performing the work
hereunder to prevent injury to persons and property.
c. Without limiting any of the Service Provider's obligations hereunder, the Service
Provider shall provide and maintain insurance coverage naming the City as an additional
insured under this Agreement of the type and with the limits specified within Exhibit B,
consisting of one (1) page, attached hereto and incorporated herein by this reference. The
Service Provider before commencing services hereunder, shall deliver to the City's Director
of Purchasing and Risk Management, P. O. Box 580 Fort Collins, Colorado 80522 one copy
of a certificate evidencing the insurance coverage required from an insurance company
acceptable to the City.
17. Entire Agreement. This Agreement, along with all Exhibits and other documents
incorporated herein, shall constitute the entire Agreement of the parties. Covenants or
representations not contained in this Agreement shall not be binding on the parties.
18. Law/Severability. The laws of the State of Colorado shall govern the construction
interpretation, execution and enforcement of this Agreement. In the event any provision of this
Agreement shall be held invalid or unenforceable by any court of competent jurisdiction, such
holding shall not invalidate or render unenforceable any other provision of this Agreement.
19. Prohibition Against Employing Illegal Aliens. Pursuant to Section 8-17.5-101, C.R.S.,
et. seq., Service Provider represents and agrees that:
a. As of the date of this Agreement:
1. Service Provider does not knowingly employ or contract with an illegal
alien who will perform work under this Agreement; and
2. Service Provider will participate in either the e-Verify program created in
Public Law 208, 104th Congress, as amended, and expanded in Public Law 156,
108th Congress, as amended, administered by the United States Department of
Homeland Security (the "e-Verify Program") or the Department Program (the
"Department Program"), an employment verification program established pursuant to
Section 8-17.5-102(5)(c) C.R.S. in order to confirm the employment eligibility of all
newly hired employees to perform work under this Agreement.
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