HomeMy WebLinkAboutT Bailey, Inc - Zone 3 Reservoir Storage DBIA Contract -- Change Order No. 1Pasco
Phase 1 Contract Change Order
City of Pasco
PO Box 293/525 N 311 Ave
Pasco, WA 99301
Project Name: Zone 3 Reservoir Storage Tank
PUBLIC WORKS DEPARTMENT — CIP ENGINEERING
T Bailey, Inc.
9628 South Marchs Point Rd.
Anacortes, WA 98221
Change Order#: 1
COR#
Description of Change Change in
Contract Time
Change in
Phase 1 NTE
a
Advance purchase of long lead items for water main: piping materials, j 0
fittings and appurtenances.
The amount is based on the amount for materials set forth in Exhibit A
and includes Design -Builder's Fee Percentage* (3.7%) as well as a
contingency to account (20%) for escalation in price from the date of
Exhibit A.
$608,373.89
b
Extension of time of performance for delivery of GMP submittal 71 calendar days
$0
*Notwithstanding Section 6.2.3 of the Design -Build Agreement, the cost of the materials purchased pursuant to
this Change Order shall be excluded from the Cost of the Work when calculating the Lump Sum Fee.
Original Phase 1 Not to Exceed Amount
$388,961.76
Net chan e by previous authorized Chane Orders
$0
Total net [check one] X Increase / ❑ Decrease in the Phase 1 NTE by this
Change Order
$608,373.89
New Phase 1 NTE including this Chance Order _
$997,335.65
The new Contract Time including this Change Order is:
New Phase 1 Completion Date September 9, 2022
New Interim Milestone Dates:
The changes in the Phase 1 Not to Exceed Amount and Contract Time identified in this Change Order include all costs
and time extensions associated with performing the changes set forth herein.
City of Pas
By.
ignature
0.w re 2,6sR�
Printed Name
Title: ,r _ �is�,�R et
Date:
Design-Builde
By:
Signature -- —
Printed Name
Title
Date: _
Page 1
\U•
Pasco
PUBLIC WORKS DEPARTMENT — CIP ENGINEERING
C.a #1 calculation
materials Quote:
$449,76020
Sales tax(8.7%):
$39,129.14
subtotal
$498,98934
DR percentage fee (3.7%)
$18,18831
subtotal
$5 D6,97824
Escalation contingency ()
$141,395.65
'fatal change order #1,.l
$6138,373.89
SUMMARY
Original NTE Phage 1 Contract
CO #1
TOTALamended contract
$388;961.76
$608,373.89
$997,335.65
Page 2
MAIN
Bid Proposal for PASCO RES 3 - TBAI LEY - J LS
T BAILEY INC
9628 MARCHS POINT RD
ANACORTES, WA 98221
Contact: Chris Parker
CParker@tbailey.com
Sales Representative
Johnny Spencer
(M) 253-254-1298
(T) 253-840-8558
(F) 253-840-2232
Johnny.Spencer@coreandmain.com
Job
PASCO RES 3 - TBAILEY - JLS
Bid Date: 06/03/2022 05:00 pm
Bid #: 2375832
Core & Main
602 Va I I ey Ave NE
Puyallup, WA 98372
(T) 253-840-8558
06/03/2022 - 8:32 AM Actual taxes may vary Page 1 of 5
T BAILEY INC
Bid Date: 06/03/2022 05:00 pm
Core & Main 2375832
Seq# Qty
Bid Proposal for PASCO RES 3 - TBAILEY - JLS
Description
DUE TO CURRENT SUPPLY CHAIN DISRUPTIONS, MATERIALS
ARE SUBJECT TO PRICING AT TIME OF SHIPMENT. MATERIAL
AVAILABILITY AND TIMELINESS OF SHIPMENTS CANNOT BE
GUARANTEED. THIS TERM SUPERSEDES ALL OTHER
CONTRACTUAL PROVISIONS.
DUE TO ESCALATED PRICES ON SCRAP METAL, RESULTING
FROM THE RUSSIA -UKRAINE WAR, A MANUFACTURER
I MPOSED SURCHARG E WILL -iCAN6 _ED__T_0A_L_L'__SH__1PM_E_NTS
OF DUCTILE IRON PIPE. AN ESTIMATE OF THE SURCHARGE
Is_1kC_LU_D_E_D_ IN, - T H -Is -B-1b FOR _ YOUR REFERENCE. T_HE
MANUFACTURER SURCHARGE IS SUBJECT TO CHANGE AND
WILL BE CALCULATED AT THE TIME OF SHIPMENT.
20 PASCO RES 3 MATERIAL LIST
30 REVISION 06/02/22
Core & Main
602 Valley Ave NE
Puyallup, WA 98372
Phone: 253-840-8558
Fax: 253-840-1141
Units Price Ext Price
50
ALL MATERIALS REFLECT IMPORT
60
PRODUCT PRICING & ETA TIMES
so
MATERIAL IS FOB SHIPPING POINT
0
FULL FREIGHT ALLOWED
166
ON FULL TRUCKLOAD SHIPMENTS
110
aBUYER TO OFFLOAD
no
DUE TO THE INSTABILITY IN THE
140
CURRENT MARKET - MANUFACTURES
150
HAVE ONLY HELP PRICES FOR 15
160
15 DAYS AND SUBJECT TO CHANGE
170
AFTER THAT TIME FRAME.
190 .—
CURRENT ETA TIMES AFTER
200 t
APPROVED SUBMITTALS:
210
DUCTILE PIPE 18 TO 20 WEEKS
220
SURE STOP GSKT 5 WEEKS
230
FLOW METER 12 TO 14 WEEKS
240
CHECKH -V—AVE -20 TO 2-4- WEEKS_
250
CONTROL VALVE 8 TO 10 WEEKS
266
GS STOCK TO 24WEEKS
270
EXPANSION JTTO 10W_ KS
280
_8
BUTTERFLY VLV'S 18 TO 20 WKS
290
-BOLT KITS STOCK TO 2 WEEKS
06/03/2022 - 8:32 AM Actual taxes may vary Page 2 of 5
- & MAIN
Bid Proposal for PASCO RES 3 - TBAILEY - JLS
Bid #: 2375832
Seq# Qty Description
300 : -MJ RESTRAINTS STOCK TO 16 WKS
3201
ADDITIONAL INFORMATION NEEDED:
330 1
BFVS & CHECK VALVES
340,
- DOES "IN TANK" MEAN THAT
350:
THE VALVES ARE SUBMERGED?
360
IF SO, WE'LL NEED TO KNOW THE
3704
DEPTH OF SUBMERGENCE TO
380'
GET AN ACCURATE QUOTE.
400
FLOW METER:
410
IS THIS SUBMERGED?
430 ;
CONTROL VALVE
440
_ -,MOST ALL INFORMATION ON THIS
_
• 450
VALVE IS NEEDED.
1460_
_
THE SPECS CONTAIN ALMOST
_
470 I
NOTHING ON THIS VALVE.
4801
_
_ - WHAT FUNCTION IS THE VALVE
4901 —
DOING AND/OR WHAT FUNCTION DO
500
THEY WANT THE VALVE TO PERFORM
36,618._56
_1 PRATT 150# FLG
540,
6,255.06
-; T _ LIST OF MATERIALS OS/31/22 _
550 1595 24 TJ CL52 DI PIPE
1
26,848.14
C CEMENT LINED, STD BIT EXT
-
j 570
1
!DUCTILE IRON MANUF SURCHARGE DETERMINED AT TIME OF SHIPMENT AND MAY NOT
l
i REFLECT QUOTED PRICE _
—
1580
38_1
24 SURE STOP LOCKING GASKET —
1600;
1
124 FLG BUTTERFLY VLV W/ HW
9,154.64.
36,618._56
_1 PRATT 150# FLG
6201
' ** CAN ROTATE VALVE 90 DEGREES_
1630!
I EAI
v DURING INSTALLATION TO HAVE -
6401
l _ACTUATOR ON SIDE
650
4
1 24 MJXFLG BUTTERFLY VLV PRATT—
I-
—
UT
W/ 21"OP NUT—
PRA_ TT 150# FLGXMJ
PRATT
1 680j
4,
24 DI MJ LUGGED REST PACK (1) EBAA SEAL GSKT & 16 BOLTS/NUTS (3/4") INCLUDED-
- -•.-
1 690 j
-
4
i---- -
124 MJXFLG ADPT C153 IMP —_
I CEMENT LINED STD BIT EXT
710 f4
{EAI
EA 1
� 24 DI MJ LUGGED REST PACK (1) EBAA SEAL GSKT & 16 BOLTS/NUTS (3/4") INCLUDED
-- . - —
720
1
1, 24" FLG X FLG EXPANSION JOINT MJXMJ 4412M20B
1 !
740
1
; EBAA W/ 8" EXPANSION _
, 24 MJ 45 C153 IMP
CEMENT LINED, STD BIT EXT
!7601-2
_
T 24 DI MJ LUGGED REST PACK (1) EBAA SEAL GSKT & 16 BOLTS/NUTS (3/4") INCLUDED
7701;--l-
24X8 FLG CROSS C110 IMP
r
CEMENT LINED, STD BIT EXT
790'
2
, 24 FLG TEE C110 IMP
Units Price Ext Price
i
214,894.35
FT 134.73
EA
6,255.06
6,255.061
EA 1
7( - -
26,848.14
12
6,9.57
6,129.5
7
EA-_
9,154.64.
36,618._56
�_.
EA
558 69 2,234.76
-5,40-2.6-0--
I EAI
_
1,275.65
,102.60EA
EAj
558.69 2,234.761
r EA 1.9,219.24
19,219.24 �'
EA
1,362.20
1,362.2011
558.69 1,117.38
{EAI
EA 1
3,520.28 ' 3,520.281
--
- I
EA 1
i-
4,339 93_L 8,679 86_
06/03/2022 - 8:32 AM Actual taxes may vary Page 3 of 5
Eiiizm
Bid Proposal for PASCO RES 3 - TBAILEY - JLS
Bid #: 2375832
Seq# Qty Description
Units
Price Ext Price
�S-
810
K
CEMENT LINED, TN140 PRIMER
2 24 MJ L/P SLV C153 IMP
EA 1,071.93 2,143.86
EA
CEMENT LINED, STD BIT EXT
_ - _. _. _ �_�--_ - -
. ____.
*** CONFIRM EXISTING PIPE
_
840
4 24 DI MJ LUGGED REST PACK (I) EBAA SEAL GSKT & 16 BOLTS/NUTS (3/4") INCLUDED_
EA
558.69 2,234.76
850
1 24 FLG X FLG SWING CHECK VALVE
EA
22,139.35 22,139.35
VALMATIC OR PRATT
870
-��
1 16 FLG X FLG CONTROL VALVE
- ----- - --. -._�_-.�__��.--- ------
EA
36 952.58 36 952.58
.
MODEL 21OG ALTITUDE VALVE
890
*** NEED MORE INFORMATION
900
BUDGET NUMBER
910
1 16 FLG X FLGFLOW METER
EA
14,505.8.5 14,505.85
E & H PROMAG W 400 ELECTROMAG
930
** NO CABLE INCLUDED
�er_
9_40
AT THIS TIME_
950
_
*** NEED MORE INFORMATION
960
BUDGET NUMBER
970
1 1 1'6-'-F L_G BUTTERFLY VLV W/ HW-
EA
4,304.13 4,304.13
1 PRATT 150# FLG _
990 1 12 MJ TEE C153 IMP
CEMENT_ LINED, STD BIT EXT
.10101 *** SHOULD THE ABOVE BE FLG?
102Q 3 12 MJ DI LUGGED RESTR PACKJI)
1036 1 12 FLG X_FLG EXPANSION_ JOINT
��- EBAA W/ 4" EXPANSION
�1050� 2 12 MJXFLG ADPT C153 IMP
CEMENT LINED STD BIT EXT
1070' 2 12 MJ DI LUGGED RESTR PACK (1)
1080, 90 12 TJ CL52 DI PIPE
r DUCTILE IRON MANUF SURCHARGE DETERMINED AT TIME OF SHIPMENT AND MAY NOT
1090''' 1 REFLECT QUOTED PRICE
1100; 5 112 SURE STOP LOCKING GASKET _
111011
28 12 PVC SDR35 SWR PIPE (G)-14'
11 _ _
8 F6106 MJXFLG RW GV OL L/ACC CLOW GATE VALVE EPDXY COATED W/STAINLESS STEEL
_' 2 BOLTS & NUTS
1130; 2 8 MJ DI LUGGED RESTR PACK (1)
1140,' 1 8 F6102 FLG RW GV OL ON CLOW GATE VALVE EPDXY COATED W/STAINLESS STEEL BOLTS &
j NUTS
r 1 D.1400-8 8 DISMANTLING JT
EPDXY COATED STD ZINC BOLTS
11701, 1 8 MJXFLG ADPT C153 IMP
CEMENT LINED, STD BIT EXT
EA 487.67 487.67
EA
165.93
497.79
EA
6,948.72
6,948.72
EA
304.54
609.08
EA 165.93
FT -60.95
EA 210.33
EAI 175.24
FT 26.28
EA 1,375.25
EA 86.81
EA 1,428.30
EA 887.52
EA 137.23
11901_ 1 8 MJ DI LUGGED RESTR PACK (I) - _-� EA 86.81
112001 36 8 TJ CL52 DIPIPE LFT 36.93
-- _
I DUCTILE IRON MANUF SURCHARGE DETERMINED AT TIME OF SHIPMENT AND MAY NOT I
112101 REFLECT QUOTED PRICE _J EA 50.84
122& 2 1 8 SURE STOP LOCKING GASKET - EA 120.67
SUBTOTAL
331.86
5,485.50
210.33
8_76.20
735.84
2,750.50
1733.62
1,428.30
887.52
137.23
86.81
1,329.48
50.84
241.34
439,765.92
06/03/2022 - 8:32 AM Actual taxes may vary Page 4 of 5
izo
Bid Proposal for PASCO RES 3 - TBAILEY - JLS
Bid #: 2375832
Seq# Qty Description
Units Price
Ext Price
1260 VALVE BOXES
1270 (IF NEEDED)
11280 7 15 931 VALVE BOX TOP DI IMP
EA 83.30
583.10
1290 7 ; 931 VALVE BOX LID WATER DI IMP
EA 22.69
158.83
1300 ' 7 E 36" 940 VB BOTTOM IMP
EA 81.71
571.97
13101 7- j 10X6X2 ROUND ETHAFOAM PAD 10" OD 6" ID CIRCULAR
EA I 7.93
55.51
1320 7 3' VLV EXT STEM F/2"NUT
EA i 129.23
904.61
SUBTOTAL (Avg. Based On 7EA)
2,274.02
Average price per EA
-1
324.86_
i
s
i fi
1360-1__ PER EACH FLANGE KITS
_ _
i 1370 1 I *** CONTRACTOR TO DETERMINE
_
1380 —' QUANTITY NEEDED (NO PLANS) ***
-_ ., ._
I
1400 } 24';--FLG BOLT KIT_
1410 24 124 ZINC HEX BOLT & NUT KIT ._
EA 175.99
. . . --
_ 4,223.76
- _-- _- - _.. _"' " __ . _ - _ _ ___
1420 24 24X1/8 SBR FLANGE TYTE FF GSKT NSF61 APPROVED
EA 94.94
2,278 56
-
-
1440 16" FLG BOLT KIT
t 1450 6 16 ZINC HEX BOLT & NUT KIT
EA 74.13 '
444.78
--- -- _ _
14606 ! 16X1/8 SBR FLANGE TYTE FF GSKT NSF61 APPROVED_
EA 54.10'
324.601
_-
- 1 _ _
480 12
11490 4 T
- - -
j_
I EA 31 10
- -
124.40
NSF61APPROVED—�
1500 4 112X1/8 SBRDFLANGEOTYTE FF GSKT S
� - -
EA 26.50 �
-- V 106.00 '
j 1520 8" FLG BOLT KIT
1530 6 8 ZINC PLTD HEX BOLT & NUT KIT
1 �_
EA I 15.38
- _-__
92.28
z - --
,. - __ _ .-._. _ . _ _
1540_1 6 8X1/8 SBR FLANGE TYTE FF GSKT NSF61 APPROVED
_ _
( EA 20.98
125.88]
SUBTOTAL i
7,720._26
j __T
i
M
Sub Total
- _
449,760.20]
-=
Tax ',
0. 00
Total
449,760.20.
UNLESS OTHERWISE SPECIFIED HEREIN, PRICES QUOTED ARE VALID IF ACCEPTED BY CUSTOMER AND PRODUCTS ARE
RELEASED BY i
CUSTOMER FOR MANUFACTURE WITHIN THIRTY (30) CALENDAR DAYS FROM THE DATE OF THIS QUOTATION. CORE &
MAIN LP
RESERVES THE RIGHT TO INCREASE PRICES TO ADDRESS FACTORS, INCLUDING BUT NOT LIMITED TO, GOVERNMENT REGULATIONS,
TARIFFS, TRANSPORTATION, FUEL AND RAW MATERIAL COSTS. DELIVERY WILL COMMENCE BASED UPON MANUFACTURER LEAD
TIMES. ANY MATERIAL DELIVERIES DELAYED BEYOND MANUFACTURER LEAD
TIMES MAY BE SUBJECT TO PRICE INCREASES AND/OR
APPLICABLE STORAGE FEES. THIS BID PROPOSAL IS CONTINGENT UPON BUYER'S ACCEPTANCE OF SELLER'S TERMS AND
CONDITIONS OF SALE, AS MODIFIED FROM TIME TO TIME, WHICH CAN BE FOUND AT: https:llcoreandmain.com/TangLCZ
06/03/2022 - 8:32 AM Actual taxes may vary
Page 5 of 5
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Division 15
Mechanical
15.00 GENERAL
This division covers the work necessary for furnishing and installing mechanical
appurtenances and accessories as described in these Specifications and shown on the Plans.
Sections in these specifications titled "Common Vork for ..." shall apply to all following
subsections whether directly referenced or not.
15.05 Common Work for Mechanical
[CS133 05 00]
Part 1- General
Summary
Provide the necessary piping, plumbing, fittings, and appurtenances to make all piping systems
complete, tested, and ready for operation as specified herein and as shown on the Plans. Some
fittings that are necessary for the complete piping system installation and operation may not
have been shown. Provide fittings, pipe, and appurtenances necessary, whether shown on the
Plans or not, to make all piping systems complete, tested, and ready for operation.
Some pipe supports, thrust blocking, and tie rods are not shown on the Plans. Provide pipe
supports, thrust blocking, and tie rods for pipes as required by accepted design criteria to
support and restrain the loads encountered.
Related Sections
• Division 1.81.30 Seismic Restraint and Anchorage
• Division 1.81.40 Pressure Ratings
• Division 1.81.50 Materials in Contact with Drinking Water
• Division 10. 14.23 Panel Signage
References
All products in contact with drinking water to be low -lead (less than 0.25 percent) content in
compliance with NSF/ANSI 372.
Submittals
Submittal information shall be provided to the Owner for the following items:
• Ductile iron pipe
• Ductile iron fittings
• PVC pipe and fittings
• Isolation valves
• Flow meters
15-1
\\corp.rh2.com\projects\Project\Data\TBI\21-0290\30 Specs\Technicals\15 Mechanical -Pipe Pre-P—hase.do— 5/18/22 9:16 AM
0 2022 RH2 Engineering, Inc.
City of Pasco Spring 2022
Zone 3 Reservoir Division 15
• Level sensors
• Other mechanical components listed in this division or required by the Engineer
Part 2 — Products
Materials
All valves, meters, hydrants, specialties, appurtenances, and other such mechanical and
plumbing components that are of similar purpose shall be of a single manufacturer and model
line. Do not "mix and match" unless specifically stated otherwise or allowed by the Engineer.
The intention of this requirement is to maintain consistency across all components installed
on the project for function, maintenance, aesthetics, and details of installation.
15.20 PIPE AND FITTINGS
15.21 Common Work for Pipe and Fittings
[CSI 33 05 00 or 40 05]
Part 2 - Products
Components
Under no circumstance shall the fasteners be of lesser strength or higher corrosive potential
than the materials being connected. If dissimilar metals are adjacent (for example: stainless
steel flange connecting to ductile iron flange) a dielectric insulation kit shall be used.
Fasteners for pipe and fittings: Per AWWA standards unless otherwise specified. All relevant
subsections of AWWA C100, C200, and C500. All bolts and studs shall be long enough so
that no less than two threads extend beyond the face of the nut. Non -submerged flange bolts
to be ASTM A307 Grade A, zinc plated.
Finishes
For conditions other than submerged, all nuts and bolts shall be zinc plated, and suitable for
above and below grade locations as required. Where above grade/exposed piping is specially
coated, the connecting nuts and bolts shall be coated using the same system unless directed
otherwise by the Owner.
15.22 Metal Pipe and Fittings
15.22.02 Ductile Iron Pipe and Fittings
[CSI 33 0519 or 40 05 19]
Part 1 - General
Design Requirements
Ductile iron pipe shall have thickness designed in accordance with ANSI/AWWA
C150/A21.50 and shall be based on laying conditions and internal pressures to meet the
requirements of Division 1.81.40 unless listed as more stringent below.
The pipe thickness shall not be less than that of Class 52 pipe.
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Zone 3 Reservoir Division 15
Part 2 - Products
Manufactured Units
Pipe shall be cement -lined and asphaltic coated in accordance with ANSI Standard A21.4
(AWWA C104) unless otherwise specified and shall conform to ANSI Standard A21.51
(AWWA C151).
Rubber gasket pipe joints are to be push -on -joint (Tyton) or mechanical joint (MJ) in
accordance with ANSI Standard A21.11 (AWWA C-111), unless otherwise specified.
Flanged joints shall conform to ANSI Standard B16.1.
When requested, furnish certification from the manufacturer of the pipe and gasket being
supplied that inspection and all of the specified tests have been made, and the results comply
with requirements of this standard.
Ductile Iron Fittings
All fittings shall be ductile iron where possible. Steel fittings will not be accepted where ductile
iron is called out on the plans. Ductile iron fittings shall be short -body, cement -lined, and for
the pressure rating noted in Division 1.81.40. Metal thickness and manufacturing processes
shall conform to applicable portions of ANSI Standards A21.20, A21.11, B16.2, and B16.4.
Standard cement lining shall be in accordance with ANSI Standard A21.4 (AWWA C104).
Mechanical joint (MJ), ductile iron, compact fittings 3 -inches through 24 -inches, and
54- inches through 64 -inches shall be in accordance with AWWA C153.
Flanged pipe spools shall be fabricated from minimum Class 53 wall thickness pipe and
conform to ANSI/AWWA C115/A21.15 with the exception that flanges shall be fabricated
from ductile iron unless otherwise specified in the Contract Documents. Interior shall be
cement lined.
Ductile iron flange (FL) fittings shall be in accordance with AWWA C110 and fabricated from
ductile iron unless otherwise specified in the Contract Documents with a bolt pattern to match
adjacent pipe. Gasket material for flanges shall be Styrene Butadiene Rubber (SBR, Buna-S),
neoprene, nitrile rubber (NBR, Buna-N), chlorinated butyl, or cloth -inserted rubber. Gaskets
shall be full -face. Gaskets shall be a minimum Vs -inch thick.
Do not use SBR, nitrile, or neoprene in fittings used for air transport in wastewater treatment ystems.
Type of ends shall be specified as mechanical joint (NIJ), restrained joint (RJ), plain end (PE),
or flanged (FL).
Finishes
For above grade and exposed pipes, including those inside structures, prepare surfaces and
coat the exterior per Division 9.91.13.13.
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Zone 3 Reservoir Division 15
15.23 Non -Metal Pipe and Fittings
15.23.06 Polyvinyl Chloride (PVC) Pipe and Fittings for Gravity
Sewer — Push on Joint
[CS133 05 31.11]
Part 1- General
Design Requirements
Pipe and fittings shall be solid green and meet the requirements of ASTM D3034 for 4 -inch
to 15 -inch Standard Dimension Ratio (SDR) 35, and ASTM F679 PS 46 for 18 -inch to 48 -
inch.
Part 2 - Products
Materials
Provisions must be made for contraction and expansion at each joint with a rubber ring. The
bell shall consist of an integral wall section with a solid cross-section rubber ring, factory
assembled, securely locked in place to prevent displacement during assembly. Standard laying
lengths shall be 20 feet and 14 feet plus or minus 1 -inch. At manufacturer's option, random
lengths of not more than 15 percent of total footage of each size may be shipped in lieu of
standard lengths.
All fittings and accessories shall be as manufactured by the pipe supplier or approved equal
and have bell and/or spigot configurations compatible with that of the pipe.
15.30 VA.vEs
15.31 Common Work for Valves
[CSI 40 05 51 or 33 14 19]
Part 1— General
Design and Performance Requirements
Valves noted on the Plans or in other parts of the Specifications shall meet the requirements
herein. Valves shall be designed for the intended service.
Valve suppliers shall review the design and certify that the valve provided in the submittal is
appropriate for the application and will operate as shown and described. Any discrepancies
from the design and the valves shall be brought to the Engineer's attention during the bidding
process. Valves that do not operate as specified and per normal industry standards shall be
replaced or modified so that they operate within the design parameters at the Contractor's
expense.
Pressure rating shall be for 90 psi working pressure and 250 psi test pressure.
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Zone 3 Reservoir Division 15
Part 2 — Products
Components
If shear pins are installed with any valve, the manufacturer shall certify the shear pin(s) to fail
between 95 to 99 percent of the operator shaft failure torque. Provide concrete supports for
operators where required, as shown on the Plans.
Buried valves shall be equipped with an AWWA 2 -inch wrench nut with a minimum of
10 turns required to close the valve, unless otherwise noted on the Plans. Exposed valves shall
be equipped with lever actuator for valves 3 inches and smaller, or handwheel actuator for
valves 4 inches and larger, unless otherwise noted on Plans. Valves located at elevations higher
than 6 feet above the finished floor shall be equipped with chainwheel operator.
Buried valves where the operator nut is more than 3 feet below the valve box lid shall be
provided with a solid shaft valve nut extension to reach between 18 -inches and 30 -inches of
the ground surface. Extension shall attach to the nut with a set screw. Diameter of extension
shall be appropriate for the valve size and length of extension, but under no circumstances
shall be less than 1 inch for 4 -foot -long extension rods, or 1.25 inch for rods longer than
4 feet. Extension shall function without excessive twisting.
15.32 Isolation Valves
15.32.02 Resilient Wedge (Seat) Gate Valves
[CSI 40 05 61.23]
Part 1— General
Design Requirements
All gate valves for water lines 3 inches and larger shall be of the resilient, wedge -type,
and shall meet or exceed the performance requirements of AWWA C509 or AWWA C515 -
Reduced -Wall, Resilient -Seated Gate Valves for Water Supply Service, unless shown
otherwise. Valves shall be suitable for installation with the type and class of pipe being
installed. The wedge shall be fully encapsulated with vulcanized SBR rubber or EPDM. Ends
shall be flange by flange. Valve opening direction shall be counter -clockwise.
Buried valves shall have non -rising stem (NRS). Non -buried valves on fire protection systems
shall have outside stem and yoke (OS&Y). Other valves as shown on the plans.
15.32.03 Butterfly Valves Class 150
[CSI 40 05 64.16]
Part 1— General
Design Requirements
Butterfly valves shall be tight -closing rubber seat type with a minimum 150 psi working
pressure rating. Valves 3 -inch and larger must meet full requirements of AWWA Standard
C504. Valves smaller than 3 -inch shall be high performance valves specifically designed for
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Zone 3 Reservoir Division 15
shutoff and throttling control of liquids and gas. Valve components shall withstand an
operator input torque of 300 foot-pounds without damage.
Butterfly valves shall be constructed and adjusted as necessary to withstand a 250 psi leak tight
pressure test against the closed valve seat. The valve will not be operated under test pressure.
If the valve must be oriented in a particular direction to achieve the test rating, the
manufacturer shall show the orientation on the valve body or provide clear directions in the
submittal. If the valve requires special modifications to achieve the test pressure rating, a
description of those modifications shall be provided with the submittal.
Part 2 — Products
Manufacturers
• M&H 4500
• Dezurik BAW
• Mueller LineSeal III
• Pratt Groundhog (buried) or In -Plant (above grade flanged or wafer).
Manufactured Units
Three-inch and larger valve bodies shall be cast iron ASTM A-126 Class B or ductile iron.
Provide valve disc constructed of cast iron ASTM A48 Class 40, cast iron ASTM A126 Class
C, or ductile iron ASTM 536 Grade 65-45-12. The disc seating edge shall be solid stainless
steel. Sprayed mating seat surfaces are not acceptable. Valves smaller than 3 -inch shall have
316 stainless steel body and disc and shall be lug style. The seat shall be of acrylonitrile -
butadiene or EPDM for water; or as appropriate for other services. Valve bearings shall be
sleeve -type and corrosion -resistant. Valve bearings shall be of traveling nut type and shall open
left.
Supply valves with the valve operator on the side of the valve shown on the Plans.
Provide fusion bonded epoxy or two-part liquid epoxy coating to all internal and external
surfaces.
15.33 Check Valves
15.33.02 Swing Check Valves
[CSI 40 05 69.23]
Part 1— General
Design Requirements
The swing check valve shall function to permit flow in only one direction. The valve shall
close tightly, without slamming, when the pressure on the discharge side exceeds the pressure
on the inlet side. All swing check valves shall conform with AWWA C508 and the following
specifications.
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Zone 3 Reservoir Division 15
The valve shall be constructed to withstand the pressures stated in Division 1.81.40. Flanges
shall be drilled to ANSI B16.1, Class 125# or as specified in the Plans.
Operating pressure range is 0 psi (low) to 100 psi (high). The manufacturer shall certify that
the check valve will seal completely within the operational range.
Part 2 — Products
Manufacturers
The valve shall be equal to Golden Anderson Fig. 220 -DS swing check valve or M&H Model
159 Swing Check Valve. Valve swing arm shall be weighted. Swing arm shall be oriented as
shown on the plans. If not shown, swing arm shall be located to be free to move without
restriction.
Manufactured Units
The swing check valve body shall be constructed with heavy cast iron or cast steel and have a
bronze or stainless-steel seat ring, rubber clapper facing, a non -corrosive shaft and external
counterweight attachment. See Plans for which side of the valve to locate the counterweight.
The valve disc shall be constructed of cast iron or cast steel and shall be suspended from a
non -corrosive shaft. The valve shall allow the equivalent flow area of the adjoining pipe. The
shaft shall pass through a stiffing box and be connected to the swing arm in the outside of the
valve.
Finishes
The interior and exterior of the valve body, bonnet and seal plate shall be coated with fusion -
bonded epoxy meeting AWWA C-550 (latest revision). Interior coating shall be a minimum
dry film thickness of 7 Mils, not including primer. Exterior coating shall be a minimum dry
film thickness of 5 Mils, not including primer. Alternatively, exterior may be coated per
Division 9.91.23.1.
15.40 PIPING SPECIALTIES
15.40.02 Expansion Joint
[CS1 40 05 06.15 "33 05 09.19]
Part 1— General
Design Criteria
All expansion joints shall be suitable for use with potable water systems if in contact with
potable water. Expansion joints shall be rated by the manufacturer for the working pressure
of 90 psi. Special covers shall be applied when specified in the Plans to resist weather, ozone,
corrosive fumes and direct bury applications. Connections shall be as shown on the Plans
(flange, weld, threaded, or mechanical joint).
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Zone 3 Reservoir Division 15
Part 2 — Products
Manufacturers
Direct bury expansion joints shall be EBAA Iron TM Flex -Tend® Double Ball standard unit
expansion joints or approved equal.
Non -direct bury rubber expansion joints shall be Redflex' Type J-1 Expansion Joints as
manufactured by the Red Valve Company, Inc., of Carnegie, PA, or approved equal.
Manufactured Units
Direct Burti
Expansion joints directly buried in the ground shall be suitable to external service conditions,
including soil overburden and contact with saturated soils.
Non -Direct Bury (Vault, Above Ground or within Casing).
Non -direct bury expansion joints shall be natural rubber. The ends of the expansion joint
larger than 2 inches in nominal diameter shall be flanged. Expansion joints 2 inches and smaller
in nominal diameter shall be slip-on, threaded, or flanged.
Include retaining rings, anchoring, and extension limiting rods per the manufacturer's
recommendations.
15.40.11 Joint Restraints — Wedge Style
[CSI 33 05 09.341
Part 1 - General
Summary
This specification is for wedge -action (tooth) style restraints. This type of restraint shall not
be used where the Plans or specifications require True Restrained Joints (TRJ). Other terms
used for TRJ may include "Bead -locked" or "Fabricated Restrained Joints".
Performance Requirements.
All naturally unrestrained joints subject to unbalanced forces shall be restrained to resist testing
and operational forces. Restraints shall be rated for the maximum testing and operational
pressures. Restraints shall be designed specifically for the material and purpose of the pipe and
joint. Provide the quantity of restraints required for fully restraining all working and testing
forces.
Submittals
Provide manufacturer's information describing applicability and performance ratings.
Quality Assurance
The Contractor is responsible for verifying compatibility of the pipe and restraint system
proposed in their bid.
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Zone 3 Reservoir Division 15
Part 2 - Products
Manufacturers
Mechanical Joints: EBAA Iron "Mega -Lug", Romac "Romagrip", or approved equals.
Push -on Joints: US Pipe Field -Lok 350 (ductile iron), Ransom ReiberLok (PVC), EBAA Iron
1900 (PVC), or approved equals.
If the Owner has construction standards addressing the type of restraints allowed, those
standards shall take precedent over this specification unless specifically identified otherwise
on the Plans.
Components
Set -screw type restraints are not permitted.
Finishes
Restraints in all buried applications, and in exposed areas when not being field coated, shall be
coated at the factory with fusion bonded polyester based coating (e.g. Romac Romabond,
EBAA Mega -bond, Ford Armorguard E -Coat) or approved equal.
15.50 FLOW METERS
[CS13319 00 or 40 7100]
15.50.05 Common Work for Flow Meters
[CSI 3319 05 or 40 7105]
Part 1- General
Design Criteria
Meter body and register shall have a pressure rating in accordance with Division 1.81.40.
Materials, coatings, and components shall be appropriate for the fluid being measured. Meters
will be installed inside a skirted reservoir with an anticipated ambient temperature range
between 40- and 110 -degrees Fahrenheit.
Submittals
Meter shall fit in the space provided on the Plans. Meters that do not fit in the space provided
must be approved by the Engineer for acceptance along with the Contractor's proposed
modifications to accommodate the meter. .
Provide information on meter assembly, available and selected options, readout head, remote
transmitter, coatings, and dimensions of all equipment.
Part 2 - Products
Components
Each meter shall be equipped with an indicator -totalizer device.
• Inlet meter with Digital readout head with electronic output per Division 15.51.5
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City of Pasco Spring 2022
Zone 3 Reservoir Division 15
15.51 Flow Meter Readout Head
[CSI 33 09 01,33 " 90 or 40 7190]
15.51.05 Digital Read Head with Electronic Output
[CS133 09 01.33, 3319 94 or 40 7194]
Part 2 - Products
Components
The totalizer shall read in units of thousands of gallons.
Readout shall gallons per minute (gpm) for instantaneous flow.
The transmitter shall provide a contact closure (digital pulse) switch and a loop -powered
current output (analog) for connection to the instrumentation system. The pulse output shall
be plus or minus 2 percent of actual flow with the range specified for each meter.
The current output shall be a 4-20 mA signal that represents the rate of flow through the
meter. Scale the transmitter as follows: 0 gpm minimum and 10,000 gpm maximum. The
current output shall be plus or minus 0.5 percent of full scale of the instrument the transmitter
is controlling.
Transmitter electronics shall consist of easily accessible printed circuit boards for convenient
maintenance in a wall mountable NEMA 4X (standard) enclosure and connected to the
transducer by cable. The meter manufacturer shall supply an unspliced cable run from the
transmitter to the meter tube.
Provide an enclosure with window, that does not negate the enclosure NEMA rating, for
viewing the flow rate and totalizing counter on an LCD readout. The transmitter shall display
flow rate in gallons per minute, totalized gallons, and an empty pipe indicator.
The electronics shall be NEMA 4X rated. Output shall be 4-20 mA into 800 Ohms with an
isolated ground and non -interacting zero and span adjustments. The display and output shall
be user scalable for GPM, CFS, or MGD, and shall be password protected.
The meter, electronics, and transmitter shall be RFI shielded to prevent interference from
adjacent high noise electrical equipment such as variable frequency drives, electromagnetic
starters, transformers, or transfer switches.
Provide the necessary interface between remote instrumentation and the transmitter. Provide
a meter with power and signal wiring as recommended by the manufacturer. Ground
instrumentation shall be as recommended by the manufacturer.
15.53 Electronic Flow Meters
15.53.03 Electromagnetic Flow Meters
[CS1 3319 23 or 40 7113.13]
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Zone 3 Reservoir Division 15
Part 1 - General
Related Sections
• 15.51.05 Digital Read Head with Electronic Output
Design Requirements
Provide an electromagnetic flow metering system suitable for measuring and transmitting flow
rate in a full -flowing pipe. The meter shall be suitable for either horizontal or vertical
mounting. The system shall operate within the accuracy required over an ambient temperature
range of -10 to +120 degrees Fahrenheit and a process temperature range of +15 to +120
degrees Fahrenheit. Meter and electronics shall be rated for Class 1 Division 2 service.
Performance Requirements
The flow meter system shall be microprocessor based, utilizing a DC bipolar pulsed coil that
automatically re -zeroes after each pulse cycle. System accuracy shall be ± 1 percent of actual
flow rate over a fluid velocity range of 1 to 30 feet per second (fps), and within 0.01 fps for
velocities less than 1 fps. Repeatability shall be 0.1 percent of full scale or better. System
accuracy shall be traceable to NIST using prototype meters of the same configuration.
Part 2 - Products
Manufacturers
The flow meter shall be Endress and Hauser Proline Promag W 400, Siemens Sitrans model
FM MAG 5100W, ABB Watermaster, or approved equal.
Manufactured Units
The meter tube and coil shall be mounted on the pipe between ANSI B16 pipe flanges and
rated for working and test pressures as indicated in Division 1.81.40. The meter tube shall be
304 or 316 stainless steel. The meter and cable connection(s) shall be capable of complete
submergence without damage. The meter shall include integral grounding electrodes, or
316 stainless steel or Hastelloy C grounding rings for installation at the inlet. The manufacturer
shall verify that the grounding system is appropriate for the proposed use. All wetted parts
shall be 316 stainless steel.
When grounding rings are used, select gaskets with an inside diameter large enough that the
gasket cannot wrap over the exposed edge of the grounding ring, blocking it from the process
fluid.
Finishes
The meter liner shall completely encapsulate all wetted areas except for electrodes. The liner
shall be certified by the manufacturer as appropriate for the proposed use. The liner shall be
Endress & Hauser: Hard Rubber, Polyurethane, PTFE.
Siemens model 5100: Ebonite.
Siemens model 3100: EPDM (drinking water).
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City of Pasco
Zone 3 Reservoir
Spring 2022
Division 15
The meter supplier shall review the liner material specified and confirm that it is appropriate
for this project fluid and process. Provide submittal information that the liner material is fully
compatible with the liquid it is carrying.
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