DDW-2024-006215

SALT LAKE AREA OFFICE
859 W South Jordan Pkwy – Ste 200
South Jordan, Utah 84095
Phone: [phone]
www.hansenallenluce.com
E N G I N E E R I N G E X C E L L E N C E S I N C E 1 9 7 4

February 23, 2024
Attn: Nathan Lunstad, P.E.
Department of Environmental Quality
Division of Drinking Water
P.O. Box 144830
Salt Lake City, UT 84114-4830

RE: Operating Permit Request for 700 East Well; South Salt Lake City; Water System #18032,
File #12684

Mr. Lunstad:

This letter’s purpose is to request an Operating Permit for the 700 East Well. Plan Approval for
the 700 E. Well was originally given for the cleaning and redevelopment of the well. This included
the installation of a new pumping system to replace the aging system. Initial plan approval for
these items did not require the submission of any additional documentation.

During the redevelopment of the Well, additional work had to be completed to install a new well
liner and centralizers to stabilize it. Coordination with DDW indicated that a new PNF was not
required, and the relevant changes just needed to be included with the Operating Permit
submission. Initial documentation was reviewed by DDW staff for the proposed centralizers, and
they had requested a water quality sample of volatile organic compounds (VOCs), see attached
email.

The following items detail compliance with the Operating Permit Checklist:

 (1) Certification of Rule Conformance: As a registered professional Engineer in
the State of Utah, I confirm that all conditions of the Plan Approval were
accomplished.
 (2) As a registered professional Engineer in the State of Utah, I certify that the
project (including changes to the project), to the best of our knowledge, has been
built in accordance with Utah Administrative Code.
 (3) Record Drawings have been provided to the South Salt Lake. No major
changes were made to the plans.
 (4) City personnel observed the disinfection and flushing of the piping to ensure
accordance with ANSI/AWWA C652-11. Bac-T results are attached.
 (5) Additional water quality testing for VOCs as requested in the plan approval
process for the centralizers was completed. See attached.
 (6) Relevant information for additional changes completed during the
redevelopment of the well have been compiled and included as an attachment.

Completed Checklist
DDW-Eng-0010 Page 1 of 1 12/8/2015
Utah Division of Drinking Water ― Checklist for Issuing Operating Permits
(Per Utah Administrative Code, Rule R309-500-9)
Water System Name: South Salt Lake System Number: 18032
Project Description: 700 East Well File Number: 12684
Items 1 through 8 below must be submitted to the Division and found to be acceptable prior to operating
permit issuance. However, distribution lines without booster pumps may be placed into service prior to
submitting all of the items if a professional engineer (PE) responsible for the entire water system has been
identified to the Director and has received items 1 through 4 below. [In this case, a public water system will
submit all items needed to obtain an Operating Permit for each distribution system project after the new water lines
have been placed into service as determined by the water system’s designated PE.]

☒ 1. Certification of Rule Conformance by a PE that all conditions of Plan Approval have been
accomplished, and if applicable, changes made during construction were in conformance with
rules R309-500 through 550
☒ 2. As-built or record drawings incorporating all changes to approved plans and specifications,
unless no changes were made to the previously submitted and approved pre-construction
drawings
☒ 3. Confirmation that as-built or record drawings have been received by the water system
☒ 4. Evidence that bacteriological samples have been collected to verify proper flushing and
disinfection in accordance with the appropriate ANSI/AWWA Standards:
☐ ANSI/AWWA C651-14 AWWA Standard for Disinfecting Water Mains
Two consecutive sample sets at least 16 hours apart, none positive (every 1200 feet, end-
of-line, each branch, etc.)
☐ ANSI/AWWA C652-11 AWWA Standard for Disinfection of Water-Storage Facilities
One or more samples, none positive
☐ ANSI/AWWA C653-13 AWWA Standard for Disinfection of Water Treatment Plants
Two consecutive samples per unit, none positive, no less than 30 minutes apart
☐ ANSI/AWWA C654-13 AWWA Standard for Disinfection of Wells
Two consecutive samples, none positive, no less than 30 minutes apart
☒ 5. Water quality data, where appropriate [Guidance: Include appropriate raw and finished water data
that demonstrate satisfactory performance of the new treatment facility. Storage tank water shall be
analyzed for residual volatile organic compounds after tank interior painting or re-coating.]
☒ 6. If applicable, all other documentation that may have been required during the plan review
process
☐ 7. If applicable, confirmation that the water system owner has received the O&M manual for the
new facility
☐ 8. If applicable, location data of new storage tank, treatment facility, or source
Centralizer Correspondance
City of South Salt Lake Page 1 of 1 700 East Well Liner Isolator

MEMORANDUM

DATE: February 11, 2022

TO: Michael Newbury, P.E.
Permitting Section Manager
Division of Drinking Water

FROM: Bill Bigelow, P.E.
Hansen, Allen & Luce, Inc.
859 West South Jordan Parkway
South Jordan, Utah 84095

SUBJECT: Non-NSF Approved Device

HAL PROJECT
NO.: 126.47.200

This memo is to request DDW review of a non-NSF approved device to be used in a public
drinking water well.

South Salt Lake City’s 700 East Well has suffered well casing/well screens separation due to
corrosion. In response, the City desires to install a well liner to stabilize the well and preserve a
reasonable life expectancy.

The City is designing a cathodic protection system to prevent further corrosion in the well. The
well liner needs to be electrically isolated from the well casing in order for the cathodic protection
system to be effective. Traditional centralizers made of steel cannot be used, therefore the City
is looking at centralizers that are non-conductive.

The City’s corrosion engineer, Mr. Jeffrey Mattson, P.E. has specified the following centralizers
to accomplish the well casing/well liner separation objective:

Device: Polyethylene Casing Insulator # CI 1620-1EXT-1
Manufacturer: Advanced Products and Systems, LLC, Lafeyette, LA

(See Attached Detail Drawings for manufacturer’s detailed product information).

Please review this and let us know if this device can be granted an exception for use in the City’s
700 East public drinking water supply well.

Attachments:
Manufacturer’s Information
Number Of Segments
* Runners 1-1/2" and 2” high are available on 4” and above Polyethylene
casing Insulators
NOTE: Centered or centered and restrained polyethylene
insulators are also available on PVC pipe through 24”.
Polyethylene Casing Insulators
Dielectric Strength (ASTM D-149) 450-500 Volts/Mil
Flexural Strength (ASTM D-790) 4600 psi
Compressive Strength (ASTM D-695) 4600 psi
Tensile Strength (ASTM D-638) 4600 psi
Water Absorption (ASTM D-570) < 0.01%
Impact Strength (ASTM D-256) 1.3 ft. lb/in.
Maximum Continuous Operating 180 ˚F (82 ˚C)
Temperature
for most sizes of schedule 40 and schedule 80 PVC, C
900, SDR 21 & 26, Ultra-Rib and more, they are only
recommended for use on 12” and smaller ductile iron pipe.
Polyethylene casing insulators are recommended for
every 5 feet of pipeline. Molded into the inner surface of
the casing insulators are grooves which prevent slippage
of any carrier pipe coating. Lightweight, economical and
easy to install, APS Polyethylene Casing Insulators require
only a screwdriver for installation. Do not exceed 35 in-lbs
of torque.
Sizes are available from 1" through 60" with a standard
runner height of 1". Casing Insulators from 1" through 12"
are constructed of two halves, 2 PI and 4 PI sections make
up 14" and above.
polyEThylEnE SpaCErS & InSulaTorS (modEl CI)
With excellent dielectric resistance and low moisture
absorption for minimal electric current loss and no
impairment of cathodic protection, polyethylene spacers
and insulators are an economical choice for use on all
plastic pipe, metal pipe up to 60" in diameter and smaller
ductile pipe.
Polyethylene casing spacers and insulators are
manufactured by injection molding using polyethylene,
which provides high impact strength and a low coefficient
of friction.
Two halves are used to construct the 1" through 12"
spacers while 14" and above are multi-segmented.
Runner height for polyethylene spacers can be increased
to provide clearance for bell and spigot connections. Ideal
polyEThylEnE CaSIng InSulaTorS
9
Carrier
Size
1"
1 1/2"
2"
3"
4"
4"
4"
4"
6"
6"
6"
8"
8"
8"
10"
10"
10"
12"
12"
12"
14"
16"
18"
20"
22"
24"
26"
28"
30"
32"
34"
36"
38"
40"
42"
44"
46"
48"
50"
52"
54"
56"
60"
Min.
Casing
Size
3"
3"
4"
6"
6"
8"
10"
12"
10"
12"
14"
12"
14"
16"
14"
16"
18"
16"
18"
20"
18"
20"
22"
24"
26"
28"
30"
32"
34"
36"
38"
40"
42"
44"
46"
48"
50"
52"
54"
56"
58"
60"
64"
Diameter
Over
Shoes*
2 1/4"
2 3/4"
3 1/2"
5"
5 1/2"
6 1/4"
7 3/8"
8 3/8"
8 3/4"
9 5/8"
10 5/8"
10 3/4"
11 3/4"
12 5/8"
12 3/4"
13 3/4"
14 3/4"
14 3/4"
15 7/8"
16 3/4"
15 7/8"
17 7/8"
19 7/8"
21 7/8"
23 7/8"
25 7/8"
27 7/8"
29 7/8"
31 7/8"
33 7/8"
35 7/8"
37 7/8"
39 7/8"
41 7/8"
43 7/8"
45 7/8"
47 7/8"
49 7/8"
51 7/8"
53 7/8"
55 7/8"
57 7/8"
61 7/8"
Shoe
Height
1/2"
1/2"
5/8"
3/4"
9/16"
1"
1 1/2"
2"
1"
1 1/2"
2"
1"
1 1/2"
2"
1"
1 1/2"
2"
1"
1 1/2"
2"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
No. of
Runners
2
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
30
Full
4 PI
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
15
Full
2 PI
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
—
Total
Segs
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
14
15
Insulator
Width
3"
3"
3 1/4"
3 1/4"
3 1/4"
3 1/4"
3 1/4"
3 1/4"
3 3/4"
3 3/4"
3 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
Advance Products & Systems' Casing Spacers and
Insulators combine proven dependability and ease of
unreliable wooden skids. APS Casing Spacers and Insulators
are your answer to lower installation costs with continued
Casing Spacers are used to center water, sewer, gas and
other fluids in casings. Casing insulators are used to support
from a casing pipe through which it must pass. APS provides
each in a number of common sizes as well as end seals to
accommodate any combination of pipe sizes. These products
are virtually corrosion proof and provide insulating protection
from a possible electrical shorting between the carrier pipe
and casing.
APS has the experience to manufacture almost any
configuration required from multiple carrier product lines
within a single casing to concentrically fitting a bell and spigot
ductile iron pipe within its casing. APS has quality personnel
APS Casing Spacers require no special tools, no grease,
and they are easily bolted on by a single worker. They
eliminate the need to fill the casing annulus with sand, grout
or pea gravel which all act as electrolytes and can introduce
unwanted current to the
prevent damage as the
carrier pipe is being installed
in the casing and, along with
spacers and insulators:
(Model SSI)
Carbon Steel (Model SI
Polyethylene (Model CI).
14
Vanessa Stewart
From:Bill Bigelow
Sent:Monday, February 6, 2023 10:53 AM
To:Sarah Romero Rivera
Cc:Jason Taylor; Lance Nielsen
Subject:RE: FW: South Salt Lake City (System #18032) File#12684
Sarah,

The well liner project is now completed. Next step is to design a new pumping system (the original pump that was
submitted by Rhino Pumps at the beginning of this project is too large to fit inside the new liner in the well, so a smaller
one will need to be designed and submitted for approval).

I assume that once the new pump has been installed and tested, then we will be ready to submit an Operating Permit to
DDW.

If you have any other questions I will be happy to fill you in on details.

Bill

William Bigelow, P.E.
Principal

HANSEN, ALLEN & LUCE, INC.
859 W. South Jordan Pkwy. Ste. 200
South Jordan, UT 84095
Office: 801-566-5599
Mobile: [phone]
www.halengineers.com

Confidentiality Notice. This email message (and any attachments) is confidential and may be privileged. If you believe it has been sent to you in error,
please notify the sender and delete this email.

From: Sarah Romero Rivera <[e-mail]>
Sent: Monday, February 6, 2023 10:46 AM
To: Bill Bigelow <[e-mail]>
Subject: Re: FW: South Salt Lake City (System #18032) File#12684

Bill,

Any further updates on this project?

Thanks,

Sarah I. Romero, PE
15
Environmental Engineer | Division of Drinking Water
P: [phone]
drinkingwater.utah.gov

On Mon, Nov 14, 2022 at 9:16 AM Bill Bigelow <[e-mail]> wrote:
Sarah,

The well liner and centralizers have now been constructed and the well is now being developed. After development is
finished (which should be very soon) we will start test pumping the well. That would be an ideal time to collect water
quality samples.

Bill

William Bigelow, P.E.
Principal

HANSEN, ALLEN & LUCE, INC.
859 W. South Jordan Pkwy. Ste. 200
South Jordan, UT 84095
Office: 801-566-5599
Mobile: [phone]
www.halengineers.com

Confidentiality Notice. This email message (and any attachments) is confidential and may be privileged. If you believe it has been sent to you in error,
please notify the sender and delete this email.

From: Sarah Romero Rivera <[e-mail]>
Sent: Monday, November 14, 2022 9:12 AM
16
To: Bill Bigelow <[e-mail]>
Subject: Re: FW: South Salt Lake City (System #18032) File#12684

Bill,

Do you have any updates on this project?

Thank you,

Sarah I. Romero, PE
Environmental Engineer | Division of Drinking Water
P: [phone]
drinkingwater.utah.gov

On Tue, Apr 5, 2022 at 1:09 PM Bill Bigelow <[e-mail]> wrote:
Great, thank you for following up on that issue.

Thanks
Bill

17

William Bigelow, P.E.
Principal

HANSEN, ALLEN & LUCE, INC.
859 W. South Jordan Pkwy. Ste. 200
South Jordan, UT 84095
Office: 801-566-5599
Mobile: [phone]
www.halengineers.com

Confidentiality Notice. This email message (and any attachments) is confidential and may be privileged. If you believe it has been sent to you in error, please notify the
sender and delete this email.

From: Sarah Romero Rivera <[e-mail]>
Sent: Tuesday, April 5, 2022 1:07 PM
To: Bill Bigelow <[e-mail]>
Subject: Re: FW: South Salt Lake City (System #18032) File#12684

Bill,

I just got an answer from our sampling specialist. She said a VOC sample after construction would be sufficient.

Best,

Sarah

On Mon, Mar 28, 2022 at 10:23 AM Bill Bigelow <[e-mail]> wrote:
Thanks Sarah. It will be several months before the well will be ready for sampling.

18
Bill

William Bigelow, P.E.
Principal

HANSEN, ALLEN & LUCE, INC.
859 W. South Jordan Pkwy. Ste. 200
South Jordan, UT 84095
Office: 801-566-5599
Mobile: [phone]
www.halengineers.com

Confidentiality Notice. This email message (and any attachments) is confidential and may be privileged. If you believe it has been sent to you in error, please notify the
sender and delete this email.

From: Sarah Romero Rivera <[e-mail]>
Sent: Monday, March 28, 2022 9:27 AM
To: Bill Bigelow <[e-mail]>
Subject: Re: FW: South Salt Lake City (System #18032) File#12684

Bill,

Just wanted to give you an update. I am meeting with our sampling specialist (Emily Frary) on April 5th to determine
what kind of monitoring/sampling 700 E well will be required due to the installation of the centralizers. She has been
out and I have not been able to reach her. She will be back on April 5.

Thank you,

Sarah

On Tue, Mar 15, 2022 at 10:54 AM Bill Bigelow <[e-mail]> wrote:
19
Michael, good question. I will do some research and let you know what I come up with.

Bill

William Bigelow, P.E.
Principal

HANSEN, ALLEN & LUCE, INC.
859 W. South Jordan Pkwy. Ste. 200
South Jordan, UT 84095
Office: 801-566-5599
Mobile: [phone]
www.halengineers.com

Confidentiality Notice. This email message (and any attachments) is confidential and may be privileged. If you believe it has been sent to you in error, please notify the
sender and delete this email.

From: Michael Newberry <[e-mail]>
Sent: Tuesday, March 15, 2022 10:29 AM
To: Bill Bigelow <[e-mail]>
Cc: Jeff Mattson <[e-mail]>; Jason Taylor <[e-mail]>; Sarah Romero Rivera
<[e-mail]>
Subject: Re: FW: South Salt Lake City (System #18032) File#12684

Bill, one question I'd have is if the isolators ("..injection molded high density virgin polyethylene) has the same specs
as HDPE pipe (used for water lines)?...we might be able to make the case that if it's the same thing, just not NSF
certified, we could issue an exception for the use of these devices.

Can you help maybe answer that question?

20

Michael Newberry, P.E.
Permitting Section Manager | Division of Drinking
Water
P: [phone]
drinkingwater.utah.gov

Emails to and from this email address may be considered public records and thus subject to Utah
GRAMA requirements.

On Mon, Mar 14, 2022 at 1:49 PM Bill Bigelow <[e-mail]> wrote:
Michael,

Thanks for your time last week to talk about the South Salt Lake City 700 East Well project. I went back
in the emails and found that we have already notified Sarah of the well liner project and she responded.
(see email string below this email). As we discussed, rather than submit a new PNF for the 700 Well
Liner work we will document that work in the request for an operating permit when the work is completed.

This email is to request your review of the NSF materials issue associated with the well liner that we
spoke about briefly several weeks ago. As we discussed, the reason for the well liner is that the City’s
700 East Well is failing structurally. The purpose of the well liner will be to stabilize the well so that it can
continue to be a reliable water source for South Salt Lake City.

We have hired a corrosion engineer, Mr. Jeff Mattson, PE, to help us design the well liner against future
corrosion. He has recommended that the City install a cathodic protection system in the well to prevent
further degradation on the original well casing, protect the new well liner and also the new pump
column. The well casing, well liner and pump column all have to be 100% electrically isolated from one
another in order for the corrosion protection system to work. The well liner and pump column will be fitted
with centralizers/isolators to keep them centered in the well and also to keep them electrically isolated
from each other and the original well casing. Centralizers/Isolators are available from the pipeline
industry that are used as skids when placing a pipeline through a buried casing, like the ones used for
railroad or highway crossings. The centralizer/isolators that have been specified are made out of plastic
but they are not NSF approved. Stainless steel bolts will be used to tighten the isolators around the well
liner and pump column. These are the only materials used in the casing spacers. A brochure from one of
the manufacturers is attached to this email.

21
I contacted two of the manufacturers that make electrical casing isolators that meet the corrosion engineer’s
specifications: Advanced Products and Systems, LLC, Lafeyette, LA and CCI Piping Systems, LLC, Breaux Bridge,
LA. APS’ website contains the following description of the materials used: “Advance casing insulators are manufactured
from injection molded high density virgin polyethylene” I asked both suppliers whether or not any of their products are
NSF approved. Both said no, they have not had any projects that require that kind of certification. Obviously this is
a special application for their products, which are normally designed for use with pipeline installations through
sleeves under highways, bridges, etc. I have attached the product information details from APS to this email. Simply
put, we cannot find casing isolators that are NSF approved.

Can DDW review this information and let us know whether or not the recommended casing isolators can be approved
for use in this well?

Please let me know if there is any other information that would be helpful to you with this question.

Thank You,
Bill

William Bigelow, P.E.
Principal

HANSEN, ALLEN & LUCE, INC.
859 W. South Jordan Pkwy. Ste. 200
South Jordan, UT 84095
Office: 801-566-5599
Mobile: [phone]
www.halengineers.com

Confidentiality Notice. This email message (and any attachments) is confidential and may be privileged. If you believe it has been sent to you in error, please notify the
sender and delete this email.

From: Sarah Romero Rivera <[e-mail]>
Sent: Thursday, February 10, 2022 2:52 PM
To: Bill Bigelow <[e-mail]>; Jason Taylor <[e-mail]>
Subject: Re: South Salt Lake City (System #18032) File#12684

Checklist Items 4 & 5
Water Quality Results
The analyses presented on this report were performed in accordance with the
National Environmental Laboratory Accreditation Program (NELAP) unless
noted in the comments, flags, or case narrative. If the report is to be used for
regulatory compliance, it should be presented in its entirety, and not be
altered.
Client Service Contact: 801.262.7299
South Salt Lake City
Attn: Nick Williams
195 West Oakland Avenue
South Salt Lake, UT 84115
Work Order: 24A1382
Project: [none]
1/25/2024
Approved By:
Andrew Royer, Project Manager
9632 South 500 West Sandy, Utah 84070
Serving the Intermountain West since 1953
801.262.7299 Main 866.792.0093 Fax www.ChemtechFord.com
Page 1 of 5
Certificate of Analysis
24A1382-01Lab Sample No.:
Name:
Sample Site:
Sample Matrix:
Sample Date:
Receipt Date:
Sampler:
700 E.
Water
Nick Williams
1/22/2024 11:40 AM
1/22/2024 12:22 PM

Comments:
PO Number:
Project:
Source Code:Sample Point:Report to State:
System No.:UTAH18032
South Salt Lake City
Minimum
Reporting
LimitParameter
Sample
Result Units
Analytical
Method
Analysis
Date/Time Flag
Preparation
Date/Time
EPA Max
Contaminant
Level (MCL)
Microbiology
Coliform, Total 1 Org/100 mL 01/23/2024 13:3001/22/2024 13:30 Absent EPA 9223B
E. Coli 1 Org/100 mL 01/23/2024 13:3001/22/2024 13:30 Absent EPA 9223B
Volatile Organic Compounds
1,1,1,2-Tetrachloroethane 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
1,1,1-Trichloroethane 0.5 ug/L 01/24/202401/24/2024200NDEPA 524.2
1,1,2,2-Tetrachloroethane 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
1,1,2-Trichloroethane 0.5 ug/L 01/24/202401/24/20245NDEPA 524.2
1,1,2-Trichlorotrifluoroethane 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
1,1-Dichloroethane 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
1,1-Dichloroethene 0.5 ug/L 01/24/202401/24/20247NDEPA 524.2
1,1-Dichloropropene 0.5 ug/L 01/24/202401/24/2024 ND EPA 524.2
1,2,3-Trichlorobenzene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
1,2,3-Trichloropropane 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
1,2,4-Trichlorobenzene 0.5 ug/L 01/24/202401/24/202470NDEPA 524.2
1,2,4-Trimethylbenzene 1.0 ug/L 01/24/202401/24/202470NDEPA 524.2
1,2-Dichlorobenzene 0.5 ug/L 01/24/202401/24/2024600NDEPA 524.2
1,2-Dichloroethane 0.5 ug/L 01/24/202401/24/20245NDEPA 524.2
1,2-Dichloropropane 0.5 ug/L 01/24/202401/24/20245NDEPA 524.2
1,3,5-Trimethylbenzene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
1,3-Dichlorobenzene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
1,3-Dichloropropane 0.5 ug/L 01/24/202401/24/2024 ND EPA 524.2
1,4-Dichlorobenzene 0.5 ug/L 01/24/202401/24/202475NDEPA 524.2
2,2-Dichloropropane 0.5 ug/L 01/24/202401/24/2024 ND EPA 524.2
2-Chlorotoluene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
4-Chlorotoluene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Benzene 0.5 ug/L 01/24/202401/24/20245NDEPA 524.2
Bromobenzene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Bromochloromethane 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Bromodichloromethane 0.5 ug/L 01/24/202401/24/2024 ND EPA 524.2
Bromoform 0.5 ug/L 01/24/202401/24/2024 ND EPA 524.2
Bromomethane 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Carbon Tetrachloride 1.0 ug/L 01/24/202401/24/20245NDEPA 524.2
Chlorobenzene 0.5 ug/L 01/24/202401/24/2024100NDEPA 524.2
Chloroethane 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Chloroform 0.5 ug/L 01/24/202401/24/2024 ND EPA 524.2
Page 2 of 5
9632 South 500 West
Sandy, UT 84070801-262-7299 Office
www.ChemtechFord.com
Page 2 of 5
Certificate of Analysis
24A1382-01Lab Sample No.:
Name:
Sample Site:
Sample Matrix:
Sample Date:
Receipt Date:
Sampler:
700 E.
Water
Nick Williams
1/22/2024 11:40 AM
1/22/2024 12:22 PM

Comments:
PO Number:
Project:
Source Code:Sample Point:Report to State:
System No.:UTAH18032
South Salt Lake City
Minimum
Reporting
LimitParameter
Sample
Result Units
Analytical
Method
Analysis
Date/Time Flag
Preparation
Date/Time
EPA Max
Contaminant
Level (MCL)
Volatile Organic Compounds (cont.)
Chloromethane 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
cis-1,2-Dichloroethene 1.0 ug/L 01/24/202401/24/202470NDEPA 524.2
cis-1,3-Dichloropropene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Dibromochloromethane 0.5 ug/L 01/24/202401/24/2024 ND EPA 524.2
Dibromomethane 1.0 ug/L 01/24/202401/24/20245NDEPA 524.2
Dichlorodifluoromethane 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Ethyl Benzene 0.5 ug/L 01/24/202401/24/2024700NDEPA 524.2
Hexachlorobutadiene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Isopropylbenzene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Methyl tert-Butyl Ether (MTBE)1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Methylene Chloride 1.0 ug/L 01/24/202401/24/20245NDEPA 524.2
Naphthalene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
n-Butyl Benzene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
n-Propyl Benzene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
p-Isopropyltoluene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
sec-Butyl Benzene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Styrene 0.5 ug/L 01/24/202401/24/2024100NDEPA 524.2
tert-Butylbenzene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Tetrachloroethene 0.5 ug/L 01/24/202401/24/20245NDEPA 524.2
Toluene 0.5 ug/L 01/24/202401/24/20241000NDEPA 524.2
trans-1,2-Dichloroethene 0.5 ug/L 01/24/202401/24/2024100NDEPA 524.2
trans-1,3-Dichloropropene 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Trichloroethene 0.5 ug/L 01/24/202401/24/20245NDEPA 524.2
Trichlorofluoromethane 1.0 ug/L 01/24/202401/24/2024 ND EPA 524.2
Vinyl Chloride 0.5 ug/L 01/24/202401/24/20242NDEPA 524.2
Xylenes, total 1.5 ug/L 01/24/202401/24/202410000NDEPA 524.2
Page 3 of 5
9632 South 500 West
Sandy, UT 84070801-262-7299 Office
www.ChemtechFord.com
Page 3 of 5
Certificate of Analysis
Report Footnotes
Abbreviations
ND = Not detected at the corresponding Minimum Reporting Limit.
1 mg/L = one milligram per liter or 1 mg/Kg = one milligram per kilogram = 1 part per million.
1 ug/L = one microgram per liter or 1 ug/Kg = one microgram per kilogram = 1 part per billion.
1 ng/L = one nanogram per liter or 1 ng/Kg = one nanogram per kilogram = 1 part per trillion.
Values reported in RED exceed Primary Drinking Water standards .
Values reported in BLUE exceed Secondary Drinking Water standards .
BLANK values in the MCL column indicate no standard.
On calculated parameters, there may be a slight difference between
summing the rounded values shown on the report vs the unrounded
values used in the calculation.
Data Comparisons
Page 4 of 5
9632 South 500 West
Sandy, UT 84070801-262-7299 Office
www.ChemtechFord.com
Page 4 of 5
Page 5 of 5
Check List Item 6
Additional Documentation
New Pump Information

Nickerson Company, Inc.
2301 West Indiana Ave.
Salt Lake City, UT 84104
801-973-8888
South Salt Lake City
700 East Well

Nickerson Company, Inc.
2301 West Indiana Ave.
Salt Lake City, UT 84104
801-973-8888

April 18, 2023

To: South Salt Lake City
Attn: Jason Taylor
Project Name: 700 East Well
Bid Date: April 18, 2023

Jason,

We are pleased to offer the following submittal Rev NC for the above referenced project:

-Qty (1) National 11-H-110 8 Stage Oil Lube Vertical Turbine Pump
-Rated for 1200 gpm at 497 ft. TDH
-Cast Iron/Bronze Construction
-Skotchkote Fusion Bonded Epoxy Coating on Impellers
-416SS Pump Shaft w/ Tungsten Carbide Journals
-Marine Bowl Bearings
-Stainless Steel Bolting and Hardware
-Epoxy Coating on Bowl Assembly
-304SS Cone Strainer
-8” Column Assembly with 1-1/2” Shafting, 2-1/2” Oil Tube
-Sounder Tube, 1-1/4” Schedule 80 Flush Thread
-Casing Isolators
-Installation at job site
-Startup

Optional Adder
-200HP, 1800 RPM, 3/60/460V, VHS, NRR, Premium Efficient, Inverter Duty Motor
-Service Factor 1.15
-WP1 Enclosure

Note: Existing discharge head and tension assembly being provided by the city.

If you have any questions or need any further information, please feel free to contact me.

Dean Larson
Nickerson Company, Inc.
801-973-8888
Nickerson Company, Inc.
2301 West Indiana Ave.
Salt Lake City, UT 84104
801-973-8888
Table of Contents
1
2
3
General Information
Specific Pump Data
Accessories
Warranty 4

Nickerson Company, Inc.
2301 West Indiana Ave.
Salt Lake City, UT 84104
801-973-8888

General Pump Information

FULL
PRODUCT
GUIDE
performance | quality | service | trust
ARIZONA (Main Office)
7706 N. 71st Ave., Glendale, AZ 85303-1703
[phone] • Fax [phone]
[phone]
CALIFORNIA
2830 E. San Antonio Dr., Fowler, CA 93625
[phone] • Fax [phone]
[phone]
FLORIDA
195 E. 3rd Street, Zolfo Springs, FL 33890
[phone] • Fax [phone]
[phone]
GEORGIA
902 East Union Street, Vienna, GA 31092
[phone] • Fax [phone]
[phone]
MISSISSIPPI
11176 Green Valley Dr., Olive Branch, MS 38654
[phone] • Fax [phone]
[phone]
TEXAS
4229 Adrian St., Lubbock, TX 79415
[phone] • Fax [phone]
[phone]
Creating Quality Pump Systems and Satisfied Customers
Visit us on the web at: www.nationalpumpcompany.com
A GORMAN-RUPP COMPANYCustom Packaged Pump Stations
4
From gold mines to golf courses to grain fields,
our pumps are hard at work around the world.
Serving commercial, industrial, municipal, power,
residential, mining, oil and gas, and agricultural
irrigation needs, each National Pump produced is
an individual pumping system designed to do a
specific pumping job. Precisely matched drivers,
discharge heads, impellers, bowls and column /
shaft assemblies deliver consistent pumping
capacity.
We offer a full range of vertical turbine and
submersible pumps, water or oil lubricated, of
threaded or flanged construction, with capacities
to 20,000 GPM and pressures up to 1,500 PSI. All
pump models are in stock as standard materials,
and they can be customized at the service center
level. We also manufacture custom pumps, using
special alloys and coatings to suit your specific
needs. We have multiple patterns in order to meet
special alloy requirements in a timely manner.
National Keeps You Pumping Around The World
Proud member of American Petroleum Institute and these organizations:
FPG 3/14
National Pump Company offers a variety of custom packaged pump stations. All of our packages can be custom
fabricated to replace an existing system or designed to meet a new application. NPC’s packages are designed around
seven different control packages that range from an NPS 1, constant speed with mechanical controls to an NPS 8 for up
to eight pumps with multiple motor controls utilizing VFD or Solid State Soft Starters with programmable logic controls.
Each control package can be enhanced with options depending on the application. These options include, but are not
limited to: sequencing, pump alternation, touch screen or push button interface, remote monitoring, NEMA 12, 3R, 4,
and 4X enclosures, pressure transducers or mechanical pressure control. We offer packages complete with disconnects
for single power connection or for remote panel mounting. Additionally, several mechanical options are also available,
including aluminum and fiberglass station enclosures. All metal surfaces are grit blasted and powder coated for a
superior, non-chip finish. All packages are U.L. Listed and designed to meet the National Electric Code.
We also have complete CAD drawings for your engineering/specifications and approval process.
Call us today to see how we can assist...
®
Pump Type 6” - 30” Vertical
Deep Well
Close Coupled
Vertical Turbine
6” - 30” Submersible
Turbine
Application Agricultural Irrigation,
Municipal Water Supply,
Industrial Process Water,
Golf Course & Turf
Irrigation, Dewatering,
Offshore Platforms
Fuel Oil Transfer & Storage,
Water/brine Injection,
Light Hydrocarbon
Service, Raw & Potable
Water Supply, Pipeline
Boosters, Cooling Tower
Service, Desalinization, Dry
Docks
Agricultural Irrigation,
Municipal Water Supply,
Industrial Process Water,
Golf Course & Turf
Irrigation, Dewatering,
Offshore Platforms,
Booster Pumps
Description Water or oil lubricated
lineshaft, threaded or
flanged column pipe
Product lubricated or
enclosed lineshaft,
mechanical seals or
stuffing box
Vertical deep well, vertical
booster, horizontal in-line
booster pumps
Materials Cast iron enameled bowls,
bronze impellers, bronze
or rubber bearings as
standard; special materials
available
Cast iron enameled bowls,
bronze impellers, threaded
or flanged column pipe,
special coatings and
materials available
Cast iron enameled bowls,
bronze impellers, threaded
or flanged column pipe,
special coatings and
materials available
Performance
Capacity
To 20,000 GPM To 20,000 GPM To 20,000 GPM
Head (TDH)To 2,000 Ft. (865 PSI)To 2,000 Ft. (865 PSI)To 2,000 Ft. (865 PSI)
Horsepower Up to 1,500 hp with
electric motor or right
angle gear drive. VFD,
electric motor with solid or
hollow shaft available
Up to 1,500 hp with
electric motor or right
angle gear drive. VFD,
electric motor with solid or
hollow shaft available
Submersible electric
motor up to 1,500 hp
2, 4, 6 pole speeds
Model 6”-30” diameter bowls
NF fab. steel heads
N260 & Hi-Pro cast iron heads
6”-30” diameter bowls
NF, NLF, NTF, NUF heads
6”-30” diameter bowls
Features
and Options
Extra lateral for deep set
pumps up to 1,200 Ft.,
chrome plated bowl shaft,
LH or RH oil tube
Suction bell, single or
dual wear rings, dynamic
balanced impellers, keyed
or colletted impellers
Flanged connection on
bowls, motor brackets for
all motor sizes
A GORMAN-RUPP COMPANY
Pump Type API 610 Test Facilities
4”, 6”, 8”
Stainless Steel
Submersible
Application Pipeline Booster,
Condensate Return, Light
Hydrocarbon Transfer,
Crude Oil Booster, Flare
Knockout, Secondary
Recovery Injection,
Offshore Fire Water and
Process Water, Aircraft
Hydrant Fueling, Slop Oil,
Cooling Tower
Type of Tests: Bowl
assembly, complete unit
performance, mechanical
run, NPSH testing, string
test 40 Ft. TPL max,
vibration, hydrostatic
testing, witness and non-
witness testing
General water supply,
booster, sump circulation,
dewatering, and irrigation
Description API-610 vertically
suspended single casing
type VS-1 and vertically
suspended double casing
type VS-6
Size:
18 Ft. wide x 16 Ft. deep x
45 Ft. long
Two (2) 5 Ft. diameter
holes extend to depth
of 45 Ft. 100,000 gallon
capacity
Threaded connections,
completely submerged
sealed motor. 2 and 3 wire;
1 phase and 3 phase oil
filled, rewindable motors
available
Materials API-610 Materials Classes:
I-1, I-2, S-1 thru S-9
C-6, A-7, A-8, D-1
Threaded and flanged
connections, complete
units or de-staged, with
calibrated motors to
measure full performance
range in flow, head and
efficiency
Pro Series — Stainless
Steel, with Noryl impellers
and diffusers
Max Purity & NS Series –
All Stainless Steel
Performance Capacity 50 GPM - 20,000 GPM To 20,000 GPM To 110 GPM (4”)
5 GPM to 600 GPM (6” & 8”)
Head (TDH)To 3,000 Ft (1,300 PSI)To 300 Lb flange
(rated at 750 PSI)
To 1,000 Ft. (4”)
To 1,450 Ft. (6” & 8”)
Suction and Discharge 2” - 24” ANSI flange sizes
150# - 1500# ANSI Ratings
2” - 16” discharge 4” (1”, 1 ¼”, 1 ½” )
1 ¼” to 5” (6” & 8”)
Horsepower To 2,500 HP 5 to 1,000 HP @ 3,600 RPM
(460 & 4160 Volt),
1,800 RPM, 900 RPM
½ to 10 HP – 4”
5 to 200 HP – 6” & 8”
Model 6” thru 30” bowl sizes
Fabricated type “L”, “F”, and
“T” style discharge heads
All National Pump
Company pumps can be
tested as well as other
manufacturers’ pumps
Pro Series
Pro-Pressure
Max Purity
NS Series
High Pressure
Booster Pumps
Self-priming
Shallow Well and
Convertible Jets
Vertical
Horizontal
Multi-stage
Deep Well Jets
Self-priming
Centrifugal
End Suction
Centrifugal and
Split-case
General purpose
booster, warm and
cold water wash
down, cleaning
Residential and
general water supply
systems, booster and
light irrigation
General water
supply, booster,
sump circulation and
irrigation for 2”, 3” & 4”
or larger water wells
Lawn sprinkling,
light irrigation,
general dewatering
and sump drainage,
liquid transfer
General purpose,
process, booster
and liquid transfer
Threaded
connections, motor-
drive, mechanical
seals, ODP and TEFC
motors
Threaded
connections, motor-
drive, mechanical
seal, back pull-out
design, convertible
to deep well use
Threaded
connections, motor-
drive, mechanical
seals 2 stage or 3
stage
Fast priming,
threaded
connections,
motor and engine
drive, portable
or permanent
installation,
mechanical seals,
back pull-out design
Motor-driven, ODP
and TEFC motors,
mechanical seals-
standard
Stainless Steel
and cast iron with
Noryl impellers and
diffusers
Cast Iron with Noryl
impellers or brass
impellers
Cast Iron with Noryl
impellers or brass
impellers
Cast Iron with Noryl
impellers or brass
impellers
Cast Iron with Noryl
impellers or brass
impellers
To 70 GPM To 30 GPM To 64 GPM To 220 GPM To 120 GPM
To 390 Ft.To 248 Ft.To 350 Ft.To 165 Ft.To 160 Ft.
¾” to 1 ¼ “ suction
1 ¼” - 2” discharge
1 ¼” suction
¾” - 1” discharge
1 ¼” suction
1” discharge
2” - 3” suction
1 ½” - 3” discharge
1 ¼ “ - 2” suction
1” - 1 ½” discharge
½ to 3 HP ½ to 1 ½ HP ¾ to 2 HP ¾ to 5 HP 1/3 to 3 HP
BF5000-8000-12000
18K • 25M
50Y • 70V
SW Series
SFH Series
SF Series
MSH
MSV
MSC
SFLP
BMLS
EC
A GORMAN-RUPP COMPANY A GORMAN-RUPP COMPANYVertical Turbine, Lineshaft & Submersible Pumps 6” & Larger
Delivering Vertical Turbine Pump
Reliability, Quality
and Service Since 1969
API, Test Facilities, and Submersibles Water Systems
MAXIMUM Efficiency
MAXIMUM Performance
MAXIMUM Dependability
1 2 3
f API/Oil & Gas
f Commercial
f Industrial
f Irrigation
f Mining
f Municipal
f Residential
Pump Type6” - 30” Vertical
Deep Well
Close Coupled
Vertical Turbine
6” - 30” Submersible
Turbine
ApplicationAgricultural Irrigation,
Municipal Water Supply,
Industrial Process Water,
Golf Course & Turf
Irrigation, Dewatering,
Offshore Platforms
Fuel Oil Transfer & Storage,
Water/brine Injection,
Light Hydrocarbon
Service, Raw & Potable
Water Supply, Pipeline
Boosters, Cooling Tower
Service, Desalinization, Dry
Docks
Agricultural Irrigation,
Municipal Water Supply,
Industrial Process Water,
Golf Course & Turf
Irrigation, Dewatering,
Offshore Platforms,
Booster Pumps
DescriptionWater or oil lubricated
lineshaft, threaded or
flanged column pipe
Product lubricated or
enclosed lineshaft,
mechanical seals or
stuffing box
Vertical deep well, vertical
booster, horizontal in-line
booster pumps
MaterialsCast iron enameled bowls,
bronze impellers, bronze
or rubber bearings as
standard; special materials
available
Cast iron enameled bowls,
bronze impellers, threaded
or flanged column pipe,
special coatings and
materials available
Cast iron enameled bowls,
bronze impellers, threaded
or flanged column pipe,
special coatings and
materials available
Performance
Capacity
To 20,000 GPMTo 20,000 GPMTo 20,000 GPM
Head (TDH)To 2,000 Ft. (865 PSI)To 2,000 Ft. (865 PSI)To 2,000 Ft. (865 PSI)
HorsepowerUp to 1,500 hp with
electric motor or right
angle gear drive. VFD,
electric motor with solid or
hollow shaft available
Up to 1,500 hp with
electric motor or right
angle gear drive. VFD,
electric motor with solid or
hollow shaft available
Submersible electric
motor up to 1,500 hp
2, 4, 6 pole speeds
Model6”-30” diameter bowls
NF fab. steel heads
N260 & Hi-Pro cast iron heads
6”-30” diameter bowls
NF, NLF, NTF, NUF heads
6”-30” diameter bowls
Features
and Options
Extra lateral for deep set
pumps up to 1,200 Ft.,
chrome plated bowl shaft,
LH or RH oil tube
Suction bell, single or
dual wear rings, dynamic
balanced impellers, keyed
or colletted impellers
Flanged connection on
bowls, motor brackets for
all motor sizes
A GORMAN-RUPP COMPANY
Pump Type API 610 Test Facilities
4”, 6”, 8”
Stainless Steel
Submersible
Application Pipeline Booster,
Condensate Return, Light
Hydrocarbon Transfer,
Crude Oil Booster, Flare
Knockout, Secondary
Recovery Injection,
Offshore Fire Water and
Process Water, Aircraft
Hydrant Fueling, Slop Oil,
Cooling Tower
Type of Tests: Bowl
assembly, complete unit
performance, mechanical
run, NPSH testing, string
test 40 Ft. TPL max,
vibration, hydrostatic
testing, witness and non-
witness testing
General water supply,
booster, sump circulation,
dewatering, and irrigation
Description API-610 vertically
suspended single casing
type VS-1 and vertically
suspended double casing
type VS-6
Size:
18 Ft. wide x 16 Ft. deep x
45 Ft. long
Two (2) 5 Ft. diameter
holes extend to depth
of 45 Ft. 100,000 gallon
capacity
Threaded connections,
completely submerged
sealed motor. 2 and 3 wire;
1 phase and 3 phase oil
filled, rewindable motors
available
Materials API-610 Materials Classes:
I-1, I-2, S-1 thru S-9
C-6, A-7, A-8, D-1
Threaded and flanged
connections, complete
units or de-staged, with
calibrated motors to
measure full performance
range in flow, head and
efficiency
Pro Series — Stainless
Steel, with Noryl impellers
and diffusers
Max Purity & NS Series –
All Stainless Steel
Performance Capacity 50 GPM - 20,000 GPM To 20,000 GPM To 110 GPM (4”)
5 GPM to 600 GPM (6” & 8”)
Head (TDH)To 3,000 Ft (1,300 PSI)To 300 Lb flange
(rated at 750 PSI)
To 1,000 Ft. (4”)
To 1,450 Ft. (6” & 8”)
Suction and Discharge 2” - 24” ANSI flange sizes
150# - 1500# ANSI Ratings
2” - 16” discharge 4” (1”, 1 ¼”, 1 ½” )
1 ¼” to 5” (6” & 8”)
Horsepower To 2,500 HP 5 to 1,000 HP @ 3,600 RPM
(460 & 4160 Volt),
1,800 RPM, 900 RPM
½ to 10 HP – 4”
5 to 200 HP – 6” & 8”
Model 6” thru 30” bowl sizes
Fabricated type “L”, “F”, and
“T” style discharge heads
All National Pump
Company pumps can be
tested as well as other
manufacturers’ pumps
Pro Series
Pro-Pressure
Max Purity
NS Series
High Pressure
Booster Pumps
Self-priming
Shallow Well and
Convertible Jets
Vertical
Horizontal
Multi-stage
Deep Well Jets
Self-priming
Centrifugal
End Suction
Centrifugal and
Split-case
General purpose
booster, warm and
cold water wash
down, cleaning
Residential and
general water supply
systems, booster and
light irrigation
General water
supply, booster,
sump circulation and
irrigation for 2”, 3” & 4”
or larger water wells
Lawn sprinkling,
light irrigation,
general dewatering
and sump drainage,
liquid transfer
General purpose,
process, booster
and liquid transfer
Threaded
connections, motor-
drive, mechanical
seals, ODP and TEFC
motors
Threaded
connections, motor-
drive, mechanical
seal, back pull-out
design, convertible
to deep well use
Threaded
connections, motor-
drive, mechanical
seals 2 stage or 3
stage
Fast priming,
threaded
connections,
motor and engine
drive, portable
or permanent
installation,
mechanical seals,
back pull-out design
Motor-driven, ODP
and TEFC motors,
mechanical seals-
standard
Stainless Steel
and cast iron with
Noryl impellers and
diffusers
Cast Iron with Noryl
impellers or brass
impellers
Cast Iron with Noryl
impellers or brass
impellers
Cast Iron with Noryl
impellers or brass
impellers
Cast Iron with Noryl
impellers or brass
impellers
To 70 GPM To 30 GPM To 64 GPM To 220 GPM To 120 GPM
To 390 Ft.To 248 Ft.To 350 Ft.To 165 Ft.To 160 Ft.
¾” to 1 ¼ “ suction
1 ¼” - 2” discharge
1 ¼” suction
¾” - 1” discharge
1 ¼” suction
1” discharge
2” - 3” suction
1 ½” - 3” discharge
1 ¼ “ - 2” suction
1” - 1 ½” discharge
½ to 3 HP ½ to 1 ½ HP ¾ to 2 HP ¾ to 5 HP 1/3 to 3 HP
BF5000-8000-12000
18K • 25M
50Y • 70V
SW Series
SFH Series
SF Series
MSH
MSV
MSC
SFLP
BMLS
EC
A GORMAN-RUPP COMPANY A GORMAN-RUPP COMPANYVertical Turbine, Lineshaft & Submersible Pumps 6” & Larger
Delivering Vertical Turbine Pump
Reliability, Quality
and Service Since 1969
API, Test Facilities, and Submersibles Water Systems
MAXIMUM Efficiency
MAXIMUM Performance
MAXIMUM Dependability
1 2 3
f API/Oil & Gas
f Commercial
f Industrial
f Irrigation
f Mining
f Municipal
f Residential
FULL
PRODUCT
GUIDE
performance | quality | service | trust
ARIZONA (Main Office)
7706 N. 71st Ave., Glendale, AZ 85303-1703
[phone] • Fax [phone]
[phone]
CALIFORNIA
2830 E. San Antonio Dr., Fowler, CA 93625
[phone] • Fax [phone]
[phone]
FLORIDA
195 E. 3rd Street, Zolfo Springs, FL 33890
[phone] • Fax [phone]
[phone]
GEORGIA
902 East Union Street, Vienna, GA 31092
[phone] • Fax [phone]
[phone]
MISSISSIPPI
11176 Green Valley Dr., Olive Branch, MS 38654
[phone] • Fax [phone]
[phone]
TEXAS
4229 Adrian St., Lubbock, TX 79415
[phone] • Fax [phone]
[phone]
Creating Quality Pump Systems and Satisfied Customers
Visit us on the web at: www.nationalpumpcompany.com
A GORMAN-RUPP COMPANYCustom Packaged Pump Stations
4
From gold mines to golf courses to grain fields,
our pumps are hard at work around the world.
Serving commercial, industrial, municipal, power,
residential, mining, oil and gas, and agricultural
irrigation needs, each National Pump produced is
an individual pumping system designed to do a
specific pumping job. Precisely matched drivers,
discharge heads, impellers, bowls and column /
shaft assemblies deliver consistent pumping
capacity.
We offer a full range of vertical turbine and
submersible pumps, water or oil lubricated, of
threaded or flanged construction, with capacities
to 20,000 GPM and pressures up to 1,500 PSI. All
pump models are in stock as standard materials,
and they can be customized at the service center
level. We also manufacture custom pumps, using
special alloys and coatings to suit your specific
needs. We have multiple patterns in order to meet
special alloy requirements in a timely manner.
National Keeps You Pumping Around The World
Proud member of American Petroleum Institute and these organizations:
FPG 3/14
National Pump Company offers a variety of custom packaged pump stations. All of our packages can be custom
fabricated to replace an existing system or designed to meet a new application. NPC’s packages are designed around
seven different control packages that range from an NPS 1, constant speed with mechanical controls to an NPS 8 for up
to eight pumps with multiple motor controls utilizing VFD or Solid State Soft Starters with programmable logic controls.
Each control package can be enhanced with options depending on the application. These options include, but are not
limited to: sequencing, pump alternation, touch screen or push button interface, remote monitoring, NEMA 12, 3R, 4,
and 4X enclosures, pressure transducers or mechanical pressure control. We offer packages complete with disconnects
for single power connection or for remote panel mounting. Additionally, several mechanical options are also available,
including aluminum and fiberglass station enclosures. All metal surfaces are grit blasted and powder coated for a
superior, non-chip finish. All packages are U.L. Listed and designed to meet the National Electric Code.
We also have complete CAD drawings for your engineering/specifications and approval process.
Call us today to see how we can assist...
®

Nickerson Company, Inc.
2301 West Indiana Ave.
Salt Lake City, UT 84104
801-973-8888

Specific Pump Information

Pump Data Sheet - American Turbine
Company: Nickerson Company, Inc.
Name: SSL 700 East Well
Date: 4/7/2023
SSL 700 East Well
Pump:
Size: 11-H-110 (8 stage)
Type: VERT.TURB.ENCLOSED Speed: 1770 rpm
Synch Speed: 1800 rpm Dia: 9.18 in
Curve: CV11-H-1104P6CY Impeller: 11-H-110
Specific Speeds:Ns: 2601
Nss: 6501
Dimensions:Suction: ---
Discharge: ---
Vertical Turbine:Bowl Size: 11.1 in
Max Lateral: 1.15 in
Thrust K Factor: 6.3 lbf/ft
Pump Limits:
Temperature: 180 °F Power: 284 hp
Pressure: 370 psi g Eye Area: 16.7 in²
Sphere Size: 0.75 in
Search Criteria:
Flow: 1200 US gpm Head: 497 ft
Fluid:
Water Temperature: 68 °F
Density: 62.32 lb/ft³Vapor Pressure: 0.3391 psi a
Viscosity: 0.9946 cP Atm Pressure: 14.7 psi a
NPSHa: ---
Motor:
Size: 200 hp
Speed: 1800 rpm
Frame: 445
Standard: NEMA
Enclosure: WP-I
Sizing Criteria: Max Power on Design Curve
Selected from catalog: ATP.60 Vers: 6c220729
---- Duty Point ----
Flow:1200 US gpm
Head:503 ft
Eff:82%
Power:186 hp
NPSHr:21.2 ft
---- Design Curve ----
Shutoff Head:596 ft
Shutoff dP:258 psi
Min Flow:677 US gpm
BEP: 82% @ 1148 US gpm
NOL Power:
190 hp @ 1347 US gpm
-- Max Curve --
Max Power:
191 hp @ 1350 US gpm
UNLESS OTHERWISE SPECIFIED: [1] LIMITS AND PERFORMANCE BASED ON STANDARD MATERIALS. [2]
PERFORMANCE SHOWN MEETS HI 14.6-2011 GRADE 1B TOLERANCES AT THE RATED CONDITION WITHIN THE
SELECTION WINDOW. [3] NPSHR AT 1ST STAGE IMPELLER CENTERLINE.
He
a
d

-

f
t
%
-

E
f
f
i
c
i
e
n
c
y
100
200
300
400
500
600
0
10
20
30
40
50
60
70
80
90
0
82
9.18 in9.2 in
8.25 in
100 hp
125 hp
150 hp
200 hp
NP
S
H
r

-

f
t
US gpm150012501000750500250
20
0
40
Performance Evaluation:
Flow Speed Head Efficiency Power NPSHr
US gpm rpm ft %hp ft
1440 1770 405 77 190 29.2
1200 1770 503 82 186 21.2
960 1770 566 80 171 15.2
720 1770 600 73 149 11.1
480 1770 ------------
17-4SS
17-4SS
TNEMEC N140 EPOXY
W/ TUNGSTEN CARBIDE JOURNALS
2.50 LH
TUNGSTEN CARBIDE JOURNALS, 10 PL, SPACED AT BEARING LOCATIONS

Nickerson Company, Inc.
2301 West Indiana Ave.
Salt Lake City, UT 84104
801-973-8888

Accessories

Nickerson Company, Inc.
2301 West Indiana Ave.
Salt Lake City, UT 84104
801-973-8888

The following accessories will be provided:
• Casing Isolators
• 1-1/4” Schedule 80 Flush Thread Sounder Tube
• Skotchkote 134 Fusion Bonded Epoxy on
Impellers
CALPICO MODEL PX injection molded plastic casing insulators are ideal to keep carrier pipe
isolated from casing. This model is manufactured from high density polyethylene, which provides
high impact strength and a low co-efficient of friction. Non-deteriorating polyethylene lasts
indefinitely inside the casing. Excellent dielectric resistance and low moisture absorption for
minimal electric current loss and no impairment of cathodic protection. The only metal is the
hardware. A grooved inner surface prevents slippage and damage to any coating the pipe may
have. Model PX insulators are light in weight, economical, easy to handle, and easy to install.
No special tools are required.
Our Model PX insulator is offered in sizes 4" through 12". Sizes 14" through 16" also available
on some applications -- Consult factory. They are constructed in two halves with 6" wide bands.
They can be manufactured with runners heights 1" - 6" (or higher, some applications) to accommo-
date centering of pipe in larger casing, and to clear the dimension of the bell or coupling. A fusion
process in which HDPE material is added to each runner extends height and essentially provides
a one piece runner.
All bolts, nuts, and washers are 1/4" cadmium plated and are shipped in a package attached to
each insulator. Option: PX-SS (304ss) or PX-SSS (316ss) hardware.
4" - 10" = 2 TOP & 2 BOTTOM RUNNERS; 12" - 16" = 3 TOP & 3 BOTTOM RUNNERS.
STANDARD SPECIFICATIONS:
*Tensile Strength 3100-5500 psi ASTM D-638-651
*Density 0.96 ASTM D-792
*Appearance Translucent White
*Compressive
Strength 3200 psi ASTM D-693
*Yield Strength 3000 psi ASTM D-638
*Break Strength 2100 psi ASTM D-638
*Water Absorption <0.1%ASTM D-570
*Impact Strength 1.1 ft. lb/in.ASTM D-256
*Flexural Strength 1110 psi ASTM D-790
Max. Operating Temp. 200 degree
Typical Spacing: General - 13' length of carrier pipe: 2 spacers per stick. 18' - 20' length: 3 spacers per stick.
Note: Pipe with a tendency to bow, may require 3 per 13' stick or 4 per 18' - 20'. SOME APPLICATIONS, AND
LARGE DIAMETER PIPE MAY REQUIRE ADDITIONAL SPACERS. - Consult factory. Install 1' - 1 1/2' from the end of
each joint & typically every 8' - 10' thereafter, or per engineer specifications.
Centering - Restrained / Non-Ctg - Restrained / Non-Ctg - Non-Restrained…
Typical carrier pipe types:
* C900 * SDR35
* DIP * HDPE
* IPS
C A L P I C O
INC.
ENVIRONMENTAL
MANUFACTURING INC.
PI
P
E

FI
T
T
I
N
G
S

AC
C
E
S
S
O
R
I
E
S

P-3
Pipe ID
Nominal
Pipe OD
Average
Pipe ID
Average
Miniwall
Thickness
Approx Ship
Wt. in Lbs./Ft
Max Water
Pressure PSI **
0.50” 0.840” 0.528” 0.147” 0.210 850
0.75” 1.050” 0.724” 0.154” 0.283 690
1.00” 1.315” 0.935” 0.179” 0.417 630
1.25” 1.660” 1.256” 0.191” 0.573 520
1.50” 1.900” 1.476” 0.200” 0.695 470
2.00” 2.375” 1.913” 0.218” 0.961 400
2.50” 2.875” 2.289” 0.276” 1.466 420
3.00” 3.580” 2.864” 0.300” 1.961 370
4.00” 4.500” 3.786” 0.337” 2.866 320
5.00” 5.563” 4.767” 0.375” 3.888 290
6.00” 6.625” 5.709” 0.432” 5.466 280
8.00” 8.625” 7.565” 0.500” 8.301 250
10.00” 10.750” 9.492” 0.593” 12.306 230
12.00” 12.750” 11.294” 0.687” 16.933 230
Weights & Dimensions of Schedule 80 PVC *
* Per ASTM D-1785 for PVC Pipe

** Water at 23˚C (73˚ F) for Unthreaded Pipe
8887 Green Valley Drive ● Manhattan, KS 66502 ● FAX [phone] ● Toll Free [phone]
1 of 6 3
3M™ Scotchkote™ Fusion-Bonded Epoxy
Coating 134

Handling and Safety Precautions: Read all Health Hazard, Precautionary and First Aid, Material Safety Data Sheet,
and product label prior to handling or use.

Data Sheet and Application Guide February 2016

Product
Description

3M Scotchkote Fusion-Bonded Epoxy Coating 134 is a one-part, heat curable, thermosetting
epoxy coating designed for corrosion protection of metal. The epoxy is applied to preheated
steel as a dry powder which melts and cures to a uniform coating thickness when properly
applied. This bonding process provides excellent adhesion and coverage on applications such
as valves, pumps, pipe drains, hydrants, pipes, tanks and porous castings. Scotchkote coating
134 is NSF/ANSI 61 certified for potable water applications and is also resistant to wastewater,
corrosive soils, hydrocarbons, harsh chemicals, and sea water. Powder properties allow easy
manual or automatic application by electrostatic or air-spray equipment.

Product
Features

• No primer required for most applications.
• For electrostatic or air-spray application on preheated metal articles.
• Can be electrostatically applied to unheated metal parts and subsequently cured by baking.
• Long gel time allows application on large or complex articles, minimizing fear of runs, sags,
laminations, or unsightly overspray.
• Especially useful for coating the inside of pipe or other fabrications where a smooth, corrosion
resistant coating is required.
• Can be machined by grinding or cutting to meet close tolerance requirements.
• Allows easy visual inspection of coated articles.
• Can be painted with alkyd paint, acrylic lacquer, polyurethane, or acrylic enamel for color
coding.
• Applied coating will not sag cold flow.
• Lightweight for lower shipping costs.
• Protects over wide temperature range.
• Resists direct burial soil stress.
• Resists cavitation and cathodic disbondment.
• Can be used for elevated temperature service in presence of H2S, CO2, CH4, crude oil and
brine when applied over phenolic primer such as 3M Scotchkote Liquid Phenolic Primer 345.
• Long-term performance history in water, sewage, and other service environments.
• Scotchkote coating 134 has been tested and certified to NSF /ANSI Standard 61, Drinking
Water System Components. For NSF certified applications, the max approved thickness is
60 mil (1.5 mm) and the maximum approved operating temperature is 140°F/60°C. Primers
may not be used for potable water applications.
• Scotchkote coating 134 meets the requirements of AWWA Standard C213 and C550.

3M™ Scotchkote™ Fusion-Bonded Epoxy Coating 134
2 of 6

Temperature
Operating
Range

For non-potable water applications Scotchkote coating 134, when properly applied to a nominal
thickness of 15 mils, should perform on pipelines operating between -100°F/-73°C to 203°F/95°C.
For temperatures reaching 230°F/110°C thicker coatings, greater than 30 mils, may improve the
service capability. However, it is difficult to accurately predict field performance from the laboratory
data due to the wide variations in actual field conditions. Soil types, moisture content, temperatures,
coating thickness, and other factors specific to the area all influence the coating performance and
upper temperature operating limits.

General
Application
Information

1. Remove oil, grease and loosely adhering deposits.

2. Abrasive blast clean the surface to NACE No. 2/SSPC-SP10 ISO 8501:1,
Grade SA 2 ½ near-white metal.

3. Apply mechanical masks or mask with materials such as 3M Scotch® Glass Cloth Tape 361
or 3M Aluminum Foil Tape 425 as required.

4. Preheat article to the desired application temperature per cure specifications.

5. Deposit Scotchkote coating 134 by powder spray to the specified thickness.

6. Cure according to cure specifications.

7. Visually and electrically inspect for coating flaws after the coating has cooled.

8. Repair all defects.

Cure
Specifications

Scotchkote coating 134 may be applied to metal articles which have been preheated to a
temperature of 300°F/149°C to 475°F/246°C. After application, Scotchkote coating 134
must be cured according to the cure guide to achieve maximum performance properties.

If Scotchkote coating 134 is electrostatically applied to unheated parts, the cure time should
be measured from the time the coated part reaches the cure temperature. After cure, the
coating may be force cooled using air or water to facilitate inspection and handling.
3M™ Scotchkote™ Fusion-Bonded Epoxy Coating 134
3 of 6

Product - Physical and Chemical Properties

3M™ Scotchkote™ Fusion-Bonded Epoxy Coating 134 Cure Guide
Temperature of Article at
Time of Powder Application
Typical Gel
Time Cure Time
475°F/246°C 40 seconds 7 minutes
450°F/232°C 60 seconds 10 minutes
400°F/204°C 120 seconds 15 minutes
350°F/177°C 330 seconds 25 minutes
425°F/218°C 90 seconds 25 minutes for NSF/ANSI 61 approved applications

Typical Properties
Proerty Value
Color Forest Green Color Forest Green
Specific Gravity – Powder (Air Pycnometer) 1.51
Coverage 127 ft2/lb/mil (066 m2/kg/mm)
Fluid Bed Density 33 lbs/ft3 (530 kg/m3) 33 lbs/ft3 (530 kg/m3)
Shelf Life at 80°F/27°C 18 months Shelf Life at 80°F/27°C 18 months
Average Gel Time (400°F/204°C) 120 seconds
Edge Coverage 12% to 18%
Minimum Explosive Concentration 0.03 oz/ft3 (30,6 g/m3)
Ignition Temperature 986°F/530°C
V.O.C. (As Supplied) 0 g/L, as calculated

Chemical/Pressure/Temperature Resistance
Test Conditions Gas Phase Results
Autoclave, 120°F/49°C
48 hours, 1500 psi/10.3 MPa
99.5% CO2
0.5% H2S
Excellent adhesion, no coating loss or blisters in
aqueous, hydrocarbon, or gas phase
Autoclave, 150°F/66°C
48 hours, 2200 psi/15.2 MPa
80% CH4
12% CO2
8% H2S
Excellent adhesion, no coating loss or blisters in
aqueous, hydrocarbon, or gas phase
Autoclave, 200°F/93°C
24 hours, 3300 psi/22.8 MPa
86% CH4
8% CO2
6% H2S
Excellent adhesion, no coating loss or blisters in
aqueous, hydrocarbon, or gas phase
Autoclave, 300°F/149°C
24 hours, 3000 psi/20.7 MPa
90% CH
10% CO2
Trace H2S
Excellent adhesion, no coating loss or blisters in
aqueous, hydrocarbon, or gas phase

All tests performed on 3M™ Scotchkote™ Fusion Bonded Epoxy Coating 134 applied over a 1 mil/25,4
μm phenolic primer. Liquid phase for all test conditions: 33% kerosene, 33% toluene, 34% brine solution
of 5% NaCl.
3M™ Scotchkote™ Fusion-Bonded Epoxy Coating 134
4 of 6

Continued Product - Physical and Chemical Properties

Chemical Resistance Testing
ASTM G20-10 Immersion Testing at 20°C
Solution 30 days 60 days 90 days
Acetic Acid (5%) No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Acetone
No blistering or
disbondment, coating is
slightly rubbery
No blistering or
disbondment, coating is
slightly rubbery
No blistering or
disbondment, coating is
slightly rubbery
Carbon Disulfide No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Gasoline No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Hydrochloric Acid
(10%)
No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Kerosene No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Lime Water,
Saturated
No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Methyl Alcohol No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Methyl Ethyl
Ketone
No blistering or
disbondment, coating is
slightly rubbery
No blistering or
disbondment, coating is
slightly rubbery
No blistering or
disbondment, coating is
slightly rubbery
Nitric Acid (10%) Discoloration; No
blistering or disbondment
Discoloration; No
blistering or disbondment
Discoloration; No blistering
or disbondment
Sodium Carbonate
Solution (20%)
No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Sodium Chloride
Solution (10%)
No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Sodium Hydroxide
Solution (10%)
No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Sulfuric Acid
(30%)
No blistering or
disbondment
No blistering or
disbondment
Slight discoloration; No
blistering or disbondment
Toluene No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Trichloroethylene
No blistering or
disbondment, coating is
slightly rubbery
No blistering or
disbondment, coating is
slightly rubbery
No blistering or
disbondment, coating is
slightly rubbery

3M™ Scotchkote™ Fusion-Bonded Epoxy Coating 134
5 of 6

Continued Product - Physical and Chemical Properties

3M internal – Historical Chemical Resistance testing based on similar, but not identical products.**
Testing Temperature 73°F (23°C*)
Acetic Acid up to 25% Ferric Nitrate Potassium Borate
Ferric Sulfate Potassium Carbonate
Aluminum Chloride Ferrous Nitrate Potassium Chloride
Aluminum Hydroxide Ferrous Sulfate Potassium Dichromate up to 10%
Aluminum Nitrate Formaldehyde up to 100%Potassium Hydroxide
Aluminum Sulfate Formic Acid up to 10%Potassium Nitrate
Ammonium Carbonate Freon;gas and liquid Potassium Sulfate
Ammonium Chloride Gas (Mfg)Propylene Glycol
Ammonium Hydroxide up to 100% Gas (Natural)Sewage
Ammonium Nitrate Gasoline Leaded Silver Nitrate
Ammonium Phosphate Gasoline Unleaded Soap Solution
Ammonium Sulfate Glycerine Soaps
Amyl Alcohol Heptane Sodium Bicarbonate
Barium Carbonate Hexane Sodium Bisulfate
Barium Chloride Hexylene Glycol Sodium Carbonate
Barium Hydroxide Hydrochloric Acid up to 25%Sodium Chlorate
Barium Nitrate Hydrofluoric Acid up to 40%Sodium Chloride
Barium Sulfate Hydrogen Sulfide Sodium Hydroxide
Benzene Isopropyl Alcohol Sodium Meta Silicate up to 5%
Boric Acid Jet Fuel Sodium Nitrate
Borax Sodium Sulfate
Butyl Alcohol Linseed Oil Sodium Thiosulfate up to 5%
Cadmium Chloride Lubricating Oil Stannic Chloride
Cadmium Nitrate Magnesium Carbonate Sulfur
Cadmium Sulfate Magnesium Chloride Sulfuric Acid up to 60%
Calcium Carbonate Magnesium Hydroxide Synthetic Sea Fuel (60% Naphtha,
Calcium Chloride Magnesium Nitrate 20% Toluene, 15% Xylene,
Calcium Hydroxide Magnesium Sulfate 5%Benzene)
Calcium Nitrate Synthetic Silage
Calcium Sulfate Mercuric Chloride Tetrapropylene
Calcium Disulfide Methanol (softened)Toluene
Carbon Tetrachloride MIBK (Methyl Isobutyl Ketone)
Caustic Potash Mineral Oil Trieth ylene Glycol
Caustic Soda Mineral Spirits Trisodium Phosphate
Chlorine 2% Molasses Turpentine
Citric Acid up to 25% Motor Oil Undecanol
Copper Chloride Muriatic Acid Urea
Copper Nitrate Naphtha Urine
Copper Sulfate Nickel Chloride Vinegar
Crude Oil Nickel Nitrate Water
Cyclohexane Nickel Sulfate Chlorinated
Cyclohexene Nitric Acid up to 30%Demineralized
Cyclopentane Nonane Distilled
Detergent Octane Salt
Diesel Fuel Oxalic Acid Sea
Diethylene Glycol Pentane Xylol
Dipropylene Glycol Perchloroethylene Zinc Chloride
Ethanol (softened) Phosphoric Acid up to 50%Zinc Nitrate
Ethylbenzene Phosphorous Trichloride Zinc Sulfate
Ethylene Glycol Potassium Aluminum Sulfate 10-10-10 Fertilizer, Saturated
Ferric Chloride up to 50% Potassium Bicarbonate
**Tests conducted for two years. No effect unless otherwise stated.

3M™ Scotchkote™ Fusion-Bonded Epoxy Coating 134
6 of 6

3M and Scotchkote are trademarks of the 3M Company.

3

Storage

In a cool dry location less than 80°F (27°C)

Shelf-Life

18 months from date of manufacture

Availability

For ordering, technical, product information, or the Safety Data Sheet, call:
Phone: [phone]
Fax: [phone]
Important Notice
All statements, technical information, and recommendations related to 3M’s products are based on information believed to be
reliable, but the accuracy or completeness is not guaranteed. Before using this product, you must evaluate it and determine if it is
suitable for your intended application. You assume all risks and liability associated with such use. Any statements related to the
product, which are not contained in 3M’s current publications, or any contrary statements contained on your purchase order, shall
have no force or effect unless expressly agreed upon, in writing, by an authorized officer of 3M.

Warranty; Limited
Remedy; Limited
Liability

Because conditions of product use are outside of our control and vary widely, the following is made in lieu of all express or implied
warranties: This product will conform to 3M’s published product specifications and be free from defects in material and manufacture
on the date of your purchase. 3M MAKES NO OTHER WARRANTIES INCLUDING, BUT NOT LIMITED TO, ANY IMPLIED
WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. If this product is defective upon your
receipt, your exclusive remedy shall be, at 3M’s option, to replace the 3M product or refund the purchase price of the 3M product.
Except where prohibited by law, 3M will not be liable for any direct, indirect, special, incidental or consequential loss or
damage arising from this 3M product, regardless of the legal theory asserted.

Electrical Markets Division
6801 River Place Blvd.
Austin, TX 78726-9000
800.722.6721
www.3M.com/corrosion

Please recycle
© 3M 2016 All rights reserved
78-8141-8528-2 Rev A

Nickerson Company, Inc.
2301 West Indiana Ave.
Salt Lake City, UT 84104
801-973-8888

Warranty
Subject to the terms and conditions set forth below, NATIONAL PUMP COMPANY (“Na-
tional”) warrants that its manufactured equipment is free from defects in workmanship
and materials USING ITS SPECIFICATIONS AS A STANDARD. This warranty does
not extend to anyone except the first purchaser to whom the goods are shipped from
National.
National’s obligation under this warranty is expressly limited to replacing or repairing,
free of charge, F.O.B. point of manufacture, any defective part or parts of its manufac-
tured equipment; however, NATIONAL SHALL HAVE NO SUCH LIABILITY EXCEPT
WHERE IT IS SHOWN TO THE SATISFACTION OF NATIONAL THAT THE DAMAGE
OR CLAIM RESULTED FROM BREACH OF THIS WARRANTY. All parts claimed
defective must be delivered to National at its factory or any factory branch, freight or
express thereon PREPAID.
Every claim under this warranty SHALL BE DEEMED WAIVED UNLESS MADE IN
WRITING AND RECEIVED BY NATIONAL WITHIN THIRTY (30) DAYS OF THE DATE
THE DEFECT WAS DISCOVERED OR SHALL HAVE BEEN DISCOVERED, and within
one year of the date of installation. The installation date must be within six months of
the date the pump was purchased from National.
This Warranty does not cover those parts of the manufactured equipment which are
not manufactured by National except to extend to the purchaser the same warranty, if
any, which is given to National by the manufacturers of said parts.
National makes no other representation of warranty of any kind, express or implied, in
fact or in law, including without limitation, the warranty of merchantability or the warranty
of fitness for a particular purchase, other than the limited warranty set forth herein. In
no event shall National be liable for any consequential or incidental damages resulting
directly or indirectly from the use or loss of use of the manufactured equipment. National
shall not be liable for any alleged negligence, breach of warranty, strict liability, or any
other theory other than the limited liability set forth herein.
THIS WARRANTY CONTAINS THE ENTIRE WARRANTY RELATING TO THE MANU-
FACTURED GOODS OF NATIONAL, AND NO CONDUCT, ORAL STATEMENTS OR
REPRESENTATIONS NOT CONTAINED IN THIS WARRANTY SHALL HAVE ANY
FORCE OR EFFECT OR BE DEEMED A WAIVER THEREOF, THIS WARRANTY
SHALL NOT BE MODIFIED IN ANY WAY EXCEPT IF IN WRITING AND SIGNED BY
AN AUTHORIZED REPRESENTATIVE OF NATIONAL.
This Warranty, and any liability of National hereunder, shall be governed by, construed,
and enforced in accordance with the laws of the State of Ohio.
i.
Casing (HAL Drawings)

WELL LINER
DETAILS
NE G I N EE R S
FIGURE
CITY OF SOUTH SALT LAKE
700 EAST WELL LINER PROJECT

RECOMMENDED
BUILD SHEET
NE G I N EE R S
FIGURE
CITY OF SOUTH SALT LAKE
700 EAST WELL LINER PROJECT
Casing (Additional Information)

1 of 6 3
3M™ Scotchkote™ Fusion-Bonded Epoxy
Coating 134

Handling and Safety Precautions: Read all Health Hazard, Precautionary and First Aid, Material Safety Data Sheet,
and product label prior to handling or use.

Data Sheet and Application Guide February 2016

Product
Description

3M Scotchkote Fusion-Bonded Epoxy Coating 134 is a one-part, heat curable, thermosetting
epoxy coating designed for corrosion protection of metal. The epoxy is applied to preheated
steel as a dry powder which melts and cures to a uniform coating thickness when properly
applied. This bonding process provides excellent adhesion and coverage on applications such
as valves, pumps, pipe drains, hydrants, pipes, tanks and porous castings. Scotchkote coating
134 is NSF/ANSI 61 certified for potable water applications and is also resistant to wastewater,
corrosive soils, hydrocarbons, harsh chemicals, and sea water. Powder properties allow easy
manual or automatic application by electrostatic or air-spray equipment.

Product
Features

• No primer required for most applications.
• For electrostatic or air-spray application on preheated metal articles.
• Can be electrostatically applied to unheated metal parts and subsequently cured by baking.
• Long gel time allows application on large or complex articles, minimizing fear of runs, sags,
laminations, or unsightly overspray.
• Especially useful for coating the inside of pipe or other fabrications where a smooth, corrosion
resistant coating is required.
• Can be machined by grinding or cutting to meet close tolerance requirements.
• Allows easy visual inspection of coated articles.
• Can be painted with alkyd paint, acrylic lacquer, polyurethane, or acrylic enamel for color
coding.
• Applied coating will not sag cold flow.
• Lightweight for lower shipping costs.
• Protects over wide temperature range.
• Resists direct burial soil stress.
• Resists cavitation and cathodic disbondment.
• Can be used for elevated temperature service in presence of H2S, CO2, CH4, crude oil and
brine when applied over phenolic primer such as 3M Scotchkote Liquid Phenolic Primer 345.
• Long-term performance history in water, sewage, and other service environments.
• Scotchkote coating 134 has been tested and certified to NSF /ANSI Standard 61, Drinking
Water System Components. For NSF certified applications, the max approved thickness is
60 mil (1.5 mm) and the maximum approved operating temperature is 140°F/60°C. Primers
may not be used for potable water applications.
• Scotchkote coating 134 meets the requirements of AWWA Standard C213 and C550.

3M™ Scotchkote™ Fusion-Bonded Epoxy Coating 134
2 of 6

Temperature
Operating
Range

For non-potable water applications Scotchkote coating 134, when properly applied to a nominal
thickness of 15 mils, should perform on pipelines operating between -100°F/-73°C to 203°F/95°C.
For temperatures reaching 230°F/110°C thicker coatings, greater than 30 mils, may improve the
service capability. However, it is difficult to accurately predict field performance from the laboratory
data due to the wide variations in actual field conditions. Soil types, moisture content, temperatures,
coating thickness, and other factors specific to the area all influence the coating performance and
upper temperature operating limits.

General
Application
Information

1. Remove oil, grease and loosely adhering deposits.

2. Abrasive blast clean the surface to NACE No. 2/SSPC-SP10 ISO 8501:1,
Grade SA 2 ½ near-white metal.

3. Apply mechanical masks or mask with materials such as 3M Scotch® Glass Cloth Tape 361
or 3M Aluminum Foil Tape 425 as required.

4. Preheat article to the desired application temperature per cure specifications.

5. Deposit Scotchkote coating 134 by powder spray to the specified thickness.

6. Cure according to cure specifications.

7. Visually and electrically inspect for coating flaws after the coating has cooled.

8. Repair all defects.

Cure
Specifications

Scotchkote coating 134 may be applied to metal articles which have been preheated to a
temperature of 300°F/149°C to 475°F/246°C. After application, Scotchkote coating 134
must be cured according to the cure guide to achieve maximum performance properties.

If Scotchkote coating 134 is electrostatically applied to unheated parts, the cure time should
be measured from the time the coated part reaches the cure temperature. After cure, the
coating may be force cooled using air or water to facilitate inspection and handling.
3M™ Scotchkote™ Fusion-Bonded Epoxy Coating 134
3 of 6

Product - Physical and Chemical Properties

3M™ Scotchkote™ Fusion-Bonded Epoxy Coating 134 Cure Guide
Temperature of Article at
Time of Powder Application
Typical Gel
Time Cure Time
475°F/246°C 40 seconds 7 minutes
450°F/232°C 60 seconds 10 minutes
400°F/204°C 120 seconds 15 minutes
350°F/177°C 330 seconds 25 minutes
425°F/218°C 90 seconds 25 minutes for NSF/ANSI 61 approved applications

Typical Properties
Proerty Value
Color Forest Green Color Forest Green
Specific Gravity – Powder (Air Pycnometer) 1.51
Coverage 127 ft2/lb/mil (066 m2/kg/mm)
Fluid Bed Density 33 lbs/ft3 (530 kg/m3) 33 lbs/ft3 (530 kg/m3)
Shelf Life at 80°F/27°C 18 months Shelf Life at 80°F/27°C 18 months
Average Gel Time (400°F/204°C) 120 seconds
Edge Coverage 12% to 18%
Minimum Explosive Concentration 0.03 oz/ft3 (30,6 g/m3)
Ignition Temperature 986°F/530°C
V.O.C. (As Supplied) 0 g/L, as calculated

Chemical/Pressure/Temperature Resistance
Test Conditions Gas Phase Results
Autoclave, 120°F/49°C
48 hours, 1500 psi/10.3 MPa
99.5% CO2
0.5% H2S
Excellent adhesion, no coating loss or blisters in
aqueous, hydrocarbon, or gas phase
Autoclave, 150°F/66°C
48 hours, 2200 psi/15.2 MPa
80% CH4
12% CO2
8% H2S
Excellent adhesion, no coating loss or blisters in
aqueous, hydrocarbon, or gas phase
Autoclave, 200°F/93°C
24 hours, 3300 psi/22.8 MPa
86% CH4
8% CO2
6% H2S
Excellent adhesion, no coating loss or blisters in
aqueous, hydrocarbon, or gas phase
Autoclave, 300°F/149°C
24 hours, 3000 psi/20.7 MPa
90% CH
10% CO2
Trace H2S
Excellent adhesion, no coating loss or blisters in
aqueous, hydrocarbon, or gas phase

All tests performed on 3M™ Scotchkote™ Fusion Bonded Epoxy Coating 134 applied over a 1 mil/25,4
μm phenolic primer. Liquid phase for all test conditions: 33% kerosene, 33% toluene, 34% brine solution
of 5% NaCl.
3M™ Scotchkote™ Fusion-Bonded Epoxy Coating 134
4 of 6

Continued Product - Physical and Chemical Properties

Chemical Resistance Testing
ASTM G20-10 Immersion Testing at 20°C
Solution 30 days 60 days 90 days
Acetic Acid (5%) No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Acetone
No blistering or
disbondment, coating is
slightly rubbery
No blistering or
disbondment, coating is
slightly rubbery
No blistering or
disbondment, coating is
slightly rubbery
Carbon Disulfide No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Gasoline No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Hydrochloric Acid
(10%)
No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Kerosene No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Lime Water,
Saturated
No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Methyl Alcohol No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Methyl Ethyl
Ketone
No blistering or
disbondment, coating is
slightly rubbery
No blistering or
disbondment, coating is
slightly rubbery
No blistering or
disbondment, coating is
slightly rubbery
Nitric Acid (10%) Discoloration; No
blistering or disbondment
Discoloration; No
blistering or disbondment
Discoloration; No blistering
or disbondment
Sodium Carbonate
Solution (20%)
No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Sodium Chloride
Solution (10%)
No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Sodium Hydroxide
Solution (10%)
No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Sulfuric Acid
(30%)
No blistering or
disbondment
No blistering or
disbondment
Slight discoloration; No
blistering or disbondment
Toluene No blistering or
disbondment
No blistering or
disbondment
No blistering or
disbondment
Trichloroethylene
No blistering or
disbondment, coating is
slightly rubbery
No blistering or
disbondment, coating is
slightly rubbery
No blistering or
disbondment, coating is
slightly rubbery

3M™ Scotchkote™ Fusion-Bonded Epoxy Coating 134
5 of 6

Continued Product - Physical and Chemical Properties

3M internal – Historical Chemical Resistance testing based on similar, but not identical products.**
Testing Temperature 73°F (23°C*)
Acetic Acid up to 25% Ferric Nitrate Potassium Borate
Ferric Sulfate Potassium Carbonate
Aluminum Chloride Ferrous Nitrate Potassium Chloride
Aluminum Hydroxide Ferrous Sulfate Potassium Dichromate up to 10%
Aluminum Nitrate Formaldehyde up to 100%Potassium Hydroxide
Aluminum Sulfate Formic Acid up to 10%Potassium Nitrate
Ammonium Carbonate Freon;gas and liquid Potassium Sulfate
Ammonium Chloride Gas (Mfg)Propylene Glycol
Ammonium Hydroxide up to 100% Gas (Natural)Sewage
Ammonium Nitrate Gasoline Leaded Silver Nitrate
Ammonium Phosphate Gasoline Unleaded Soap Solution
Ammonium Sulfate Glycerine Soaps
Amyl Alcohol Heptane Sodium Bicarbonate
Barium Carbonate Hexane Sodium Bisulfate
Barium Chloride Hexylene Glycol Sodium Carbonate
Barium Hydroxide Hydrochloric Acid up to 25%Sodium Chlorate
Barium Nitrate Hydrofluoric Acid up to 40%Sodium Chloride
Barium Sulfate Hydrogen Sulfide Sodium Hydroxide
Benzene Isopropyl Alcohol Sodium Meta Silicate up to 5%
Boric Acid Jet Fuel Sodium Nitrate
Borax Sodium Sulfate
Butyl Alcohol Linseed Oil Sodium Thiosulfate up to 5%
Cadmium Chloride Lubricating Oil Stannic Chloride
Cadmium Nitrate Magnesium Carbonate Sulfur
Cadmium Sulfate Magnesium Chloride Sulfuric Acid up to 60%
Calcium Carbonate Magnesium Hydroxide Synthetic Sea Fuel (60% Naphtha,
Calcium Chloride Magnesium Nitrate 20% Toluene, 15% Xylene,
Calcium Hydroxide Magnesium Sulfate 5%Benzene)
Calcium Nitrate Synthetic Silage
Calcium Sulfate Mercuric Chloride Tetrapropylene
Calcium Disulfide Methanol (softened)Toluene
Carbon Tetrachloride MIBK (Methyl Isobutyl Ketone)
Caustic Potash Mineral Oil Trieth ylene Glycol
Caustic Soda Mineral Spirits Trisodium Phosphate
Chlorine 2% Molasses Turpentine
Citric Acid up to 25% Motor Oil Undecanol
Copper Chloride Muriatic Acid Urea
Copper Nitrate Naphtha Urine
Copper Sulfate Nickel Chloride Vinegar
Crude Oil Nickel Nitrate Water
Cyclohexane Nickel Sulfate Chlorinated
Cyclohexene Nitric Acid up to 30%Demineralized
Cyclopentane Nonane Distilled
Detergent Octane Salt
Diesel Fuel Oxalic Acid Sea
Diethylene Glycol Pentane Xylol
Dipropylene Glycol Perchloroethylene Zinc Chloride
Ethanol (softened) Phosphoric Acid up to 50%Zinc Nitrate
Ethylbenzene Phosphorous Trichloride Zinc Sulfate
Ethylene Glycol Potassium Aluminum Sulfate 10-10-10 Fertilizer, Saturated
Ferric Chloride up to 50% Potassium Bicarbonate
**Tests conducted for two years. No effect unless otherwise stated.

3M™ Scotchkote™ Fusion-Bonded Epoxy Coating 134
6 of 6

3M and Scotchkote are trademarks of the 3M Company.

3

Storage

In a cool dry location less than 80°F (27°C)

Shelf-Life

18 months from date of manufacture

Availability

For ordering, technical, product information, or the Safety Data Sheet, call:
Phone: [phone]
Fax: [phone]

Important Notice

All statements, technical information, and recommendations related to 3M’s products are based on information believed to be
reliable, but the accuracy or completeness is not guaranteed. Before using this product, you must evaluate it and determine if it is
suitable for your intended application. You assume all risks and liability associated with such use. Any statements related to the
product, which are not contained in 3M’s current publications, or any contrary statements contained on your purchase order, shall
have no force or effect unless expressly agreed upon, in writing, by an authorized officer of 3M.

Warranty; Limited
Remedy; Limited
Liability

Because conditions of product use are outside of our control and vary widely, the following is made in lieu of all express or implied
warranties: This product will conform to 3M’s published product specifications and be free from defects in material and manufacture
on the date of your purchase. 3M MAKES NO OTHER WARRANTIES INCLUDING, BUT NOT LIMITED TO, ANY IMPLIED
WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. If this product is defective upon your
receipt, your exclusive remedy shall be, at 3M’s option, to replace the 3M product or refund the purchase price of the 3M product.
Except where prohibited by law, 3M will not be liable for any direct, indirect, special, incidental or consequential loss or
damage arising from this 3M product, regardless of the legal theory asserted.

Electrical Markets Division
6801 River Place Blvd.
Austin, TX 78726-9000
800.722.6721
www.3M.com/corrosion

Please recycle
© 3M 2016 All rights reserved
78-8141-8528-2 Rev A

Number Of Segments
* Runners 1-1/2" and 2” high are available on 4” and above Polyethylene
casing Insulators
NOTE: Centered or centered and restrained polyethylene
insulators are also available on PVC pipe through 24”.
Polyethylene Casing Insulators
Dielectric Strength (ASTM D-149) 450-500 Volts/Mil
Flexural Strength (ASTM D-790) 4600 psi
Compressive Strength (ASTM D-695) 4600 psi
Tensile Strength (ASTM D-638) 4600 psi
Water Absorption (ASTM D-570) < 0.01%
Impact Strength (ASTM D-256) 1.3 ft. lb/in.
Maximum Continuous Operating 180 ˚F (82 ˚C)
Temperature
for most sizes of schedule 40 and schedule 80 PVC, C
900, SDR 21 & 26, Ultra-Rib and more, they are only
recommended for use on 12” and smaller ductile iron pipe.
Polyethylene casing insulators are recommended for
every 5 feet of pipeline. Molded into the inner surface of
the casing insulators are grooves which prevent slippage
of any carrier pipe coating. Lightweight, economical and
easy to install, APS Polyethylene Casing Insulators require
only a screwdriver for installation. Do not exceed 35 in-lbs
of torque.
Sizes are available from 1" through 60" with a standard
runner height of 1". Casing Insulators from 1" through 12"
are constructed of two halves, 2 PI and 4 PI sections make
up 14" and above.
polyEThylEnE SpaCErS & InSulaTorS (modEl CI)
With excellent dielectric resistance and low moisture
absorption for minimal electric current loss and no
impairment of cathodic protection, polyethylene spacers
and insulators are an economical choice for use on all
plastic pipe, metal pipe up to 60" in diameter and smaller
ductile pipe.
Polyethylene casing spacers and insulators are
manufactured by injection molding using polyethylene,
which provides high impact strength and a low coefficient
of friction.
Two halves are used to construct the 1" through 12"
spacers while 14" and above are multi-segmented.
Runner height for polyethylene spacers can be increased
to provide clearance for bell and spigot connections. Ideal
polyEThylEnE CaSIng InSulaTorS
9
Carrier
Size
1"
1 1/2"
2"
3"
4"
4"
4"
4"
6"
6"
6"
8"
8"
8"
10"
10"
10"
12"
12"
12"
14"
16"
18"
20"
22"
24"
26"
28"
30"
32"
34"
36"
38"
40"
42"
44"
46"
48"
50"
52"
54"
56"
60"
Min.
Casing
Size
3"
3"
4"
6"
6"
8"
10"
12"
10"
12"
14"
12"
14"
16"
14"
16"
18"
16"
18"
20"
18"
20"
22"
24"
26"
28"
30"
32"
34"
36"
38"
40"
42"
44"
46"
48"
50"
52"
54"
56"
58"
60"
64"
Diameter
Over
Shoes*
2 1/4"
2 3/4"
3 1/2"
5"
5 1/2"
6 1/4"
7 3/8"
8 3/8"
8 3/4"
9 5/8"
10 5/8"
10 3/4"
11 3/4"
12 5/8"
12 3/4"
13 3/4"
14 3/4"
14 3/4"
15 7/8"
16 3/4"
15 7/8"
17 7/8"
19 7/8"
21 7/8"
23 7/8"
25 7/8"
27 7/8"
29 7/8"
31 7/8"
33 7/8"
35 7/8"
37 7/8"
39 7/8"
41 7/8"
43 7/8"
45 7/8"
47 7/8"
49 7/8"
51 7/8"
53 7/8"
55 7/8"
57 7/8"
61 7/8"
Shoe
Height
1/2"
1/2"
5/8"
3/4"
9/16"
1"
1 1/2"
2"
1"
1 1/2"
2"
1"
1 1/2"
2"
1"
1 1/2"
2"
1"
1 1/2"
2"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
No. of
Runners
2
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
30
Full
4 PI
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
15
Full
2 PI
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
—
Total
Segs
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
14
15
Insulator
Width
3"
3"
3 1/4"
3 1/4"
3 1/4"
3 1/4"
3 1/4"
3 1/4"
3 3/4"
3 3/4"
3 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
Advance Products & Systems' Casing Spacers and
Insulators combine proven dependability and ease of
unreliable wooden skids. APS Casing Spacers and Insulators
are your answer to lower installation costs with continued
Casing Spacers are used to center water, sewer, gas and
other fluids in casings. Casing insulators are used to support
from a casing pipe through which it must pass. APS provides
each in a number of common sizes as well as end seals to
accommodate any combination of pipe sizes. These products
are virtually corrosion proof and provide insulating protection
from a possible electrical shorting between the carrier pipe
and casing.
APS has the experience to manufacture almost any
configuration required from multiple carrier product lines
within a single casing to concentrically fitting a bell and spigot
ductile iron pipe within its casing. APS has quality personnel
APS Casing Spacers require no special tools, no grease,
and they are easily bolted on by a single worker. They
eliminate the need to fill the casing annulus with sand, grout
or pea gravel which all act as electrolytes and can introduce
unwanted current to the
prevent damage as the
carrier pipe is being installed
in the casing and, along with
spacers and insulators:
(Model SSI)
Carbon Steel (Model SI
Polyethylene (Model CI).
City of South Salt Lake Page 1 of 1 700 East Well Liner Isolator

MEMORANDUM

DATE: February 11, 2022

TO: Michael Newbury, P.E.
Permitting Section Manager
Division of Drinking Water

FROM: Bill Bigelow, P.E.
Hansen, Allen & Luce, Inc.
859 West South Jordan Parkway
South Jordan, Utah 84095

SUBJECT: Non-NSF Approved Device

HAL PROJECT
NO.: 126.47.200

This memo is to request DDW review of a non-NSF approved device to be used in a public
drinking water well.

South Salt Lake City’s 700 East Well has suffered well casing/well screens separation due to
corrosion. In response, the City desires to install a well liner to stabilize the well and preserve a
reasonable life expectancy.

The City is designing a cathodic protection system to prevent further corrosion in the well. The
well liner needs to be electrically isolated from the well casing in order for the cathodic protection
system to be effective. Traditional centralizers made of steel cannot be used, therefore the City
is looking at centralizers that are non-conductive.

The City’s corrosion engineer, Mr. Jeffrey Mattson, P.E. has specified the following centralizers
to accomplish the well casing/well liner separation objective:

Device: Polyethylene Casing Insulator # CI 1620-1EXT-1
Manufacturer: Advanced Products and Systems, LLC, Lafeyette, LA

(See Attached Detail Drawings for manufacturer’s detailed product information).

Please review this and let us know if this device can be granted an exception for use in the City’s
700 East public drinking water supply well.

Attachments:
Manufacturer’s Information
Number Of Segments
* Runners 1-1/2" and 2” high are available on 4” and above Polyethylene
casing Insulators
NOTE: Centered or centered and restrained polyethylene
insulators are also available on PVC pipe through 24”.
Polyethylene Casing Insulators
Dielectric Strength (ASTM D-149) 450-500 Volts/Mil
Flexural Strength (ASTM D-790) 4600 psi
Compressive Strength (ASTM D-695) 4600 psi
Tensile Strength (ASTM D-638) 4600 psi
Water Absorption (ASTM D-570) < 0.01%
Impact Strength (ASTM D-256) 1.3 ft. lb/in.
Maximum Continuous Operating 180 ˚F (82 ˚C)
Temperature
for most sizes of schedule 40 and schedule 80 PVC, C
900, SDR 21 & 26, Ultra-Rib and more, they are only
recommended for use on 12” and smaller ductile iron pipe.
Polyethylene casing insulators are recommended for
every 5 feet of pipeline. Molded into the inner surface of
the casing insulators are grooves which prevent slippage
of any carrier pipe coating. Lightweight, economical and
easy to install, APS Polyethylene Casing Insulators require
only a screwdriver for installation. Do not exceed 35 in-lbs
of torque.
Sizes are available from 1" through 60" with a standard
runner height of 1". Casing Insulators from 1" through 12"
are constructed of two halves, 2 PI and 4 PI sections make
up 14" and above.
polyEThylEnE SpaCErS & InSulaTorS (modEl CI)
With excellent dielectric resistance and low moisture
absorption for minimal electric current loss and no
impairment of cathodic protection, polyethylene spacers
and insulators are an economical choice for use on all
plastic pipe, metal pipe up to 60" in diameter and smaller
ductile pipe.
Polyethylene casing spacers and insulators are
manufactured by injection molding using polyethylene,
which provides high impact strength and a low coefficient
of friction.
Two halves are used to construct the 1" through 12"
spacers while 14" and above are multi-segmented.
Runner height for polyethylene spacers can be increased
to provide clearance for bell and spigot connections. Ideal
polyEThylEnE CaSIng InSulaTorS
9
Carrier
Size
1"
1 1/2"
2"
3"
4"
4"
4"
4"
6"
6"
6"
8"
8"
8"
10"
10"
10"
12"
12"
12"
14"
16"
18"
20"
22"
24"
26"
28"
30"
32"
34"
36"
38"
40"
42"
44"
46"
48"
50"
52"
54"
56"
60"
Min.
Casing
Size
3"
3"
4"
6"
6"
8"
10"
12"
10"
12"
14"
12"
14"
16"
14"
16"
18"
16"
18"
20"
18"
20"
22"
24"
26"
28"
30"
32"
34"
36"
38"
40"
42"
44"
46"
48"
50"
52"
54"
56"
58"
60"
64"
Diameter
Over
Shoes*
2 1/4"
2 3/4"
3 1/2"
5"
5 1/2"
6 1/4"
7 3/8"
8 3/8"
8 3/4"
9 5/8"
10 5/8"
10 3/4"
11 3/4"
12 5/8"
12 3/4"
13 3/4"
14 3/4"
14 3/4"
15 7/8"
16 3/4"
15 7/8"
17 7/8"
19 7/8"
21 7/8"
23 7/8"
25 7/8"
27 7/8"
29 7/8"
31 7/8"
33 7/8"
35 7/8"
37 7/8"
39 7/8"
41 7/8"
43 7/8"
45 7/8"
47 7/8"
49 7/8"
51 7/8"
53 7/8"
55 7/8"
57 7/8"
61 7/8"
Shoe
Height
1/2"
1/2"
5/8"
3/4"
9/16"
1"
1 1/2"
2"
1"
1 1/2"
2"
1"
1 1/2"
2"
1"
1 1/2"
2"
1"
1 1/2"
2"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
1"
No. of
Runners
2
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
30
Full
4 PI
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
3
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
15
Full
2 PI
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
1
—
—
Total
Segs
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
4
4
5
5
6
6
7
7
8
8
9
9
10
10
11
11
12
12
13
13
14
14
15
Insulator
Width
3"
3"
3 1/4"
3 1/4"
3 1/4"
3 1/4"
3 1/4"
3 1/4"
3 3/4"
3 3/4"
3 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
4 3/4"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
6"
Advance Products & Systems' Casing Spacers and
Insulators combine proven dependability and ease of
unreliable wooden skids. APS Casing Spacers and Insulators
are your answer to lower installation costs with continued
Casing Spacers are used to center water, sewer, gas and
other fluids in casings. Casing insulators are used to support
from a casing pipe through which it must pass. APS provides
each in a number of common sizes as well as end seals to
accommodate any combination of pipe sizes. These products
are virtually corrosion proof and provide insulating protection
from a possible electrical shorting between the carrier pipe
and casing.
APS has the experience to manufacture almost any
configuration required from multiple carrier product lines
within a single casing to concentrically fitting a bell and spigot
ductile iron pipe within its casing. APS has quality personnel
APS Casing Spacers require no special tools, no grease,
and they are easily bolted on by a single worker. They
eliminate the need to fill the casing annulus with sand, grout
or pea gravel which all act as electrolytes and can introduce
unwanted current to the
prevent damage as the
carrier pipe is being installed
in the casing and, along with
spacers and insulators:
(Model SSI)
Carbon Steel (Model SI
Polyethylene (Model CI).
POTA-POX ® PLUS
PRODUCT DATA SHEET
SERIES N140
PRODUCT PROFILE
© May 15, 2023 by Tnemec Company, Inc.PDSN140
GENERIC DESCRIPTION Polyamidoamine Epoxy
COMMON USAGE Innovative potable water coating which offers high-build edge protection and allows for application at a wide range of
temperatures (down to 35°F or 2°C with 44-700 Accelerator). For use on the interior and exterior of steel or concrete
tanks, reservoirs, pipes, valves, pumps, and equipment in potable water service.
COLORS 1211 Red, 1255 Beige, 00WH Tnemec White, 15BL Tank White, 35GR Black and 39BL Delft Blue. Note: Epoxies chalk
with extended exposure to sunlight. Lack of ventilation, incomplete mixing, miscatalyzation or the use of heaters that emit
carbon dioxide and carbon monoxide during application and initial stages of curing may cause yellowing to occur.
SPECIAL QUALIFICATIONS Certified by NSF International in accordance with NSF/ANSI/CAN Std. 61 and the extraction requirements of
NSF/ANSI/CAN 600. Note: Series N140 is an NSF-approved primer, stripe coat, and intermediate coat for applications
on the interior of steel tanks; Series N140 is an NSF-approved primer and finish coat for applications on pumps, valves,
fittings, and mechanical devices. Reference Tnemec’s certified product listing at www.nsf.org for additional details.
Conforms to AWWA C210 (without 44-700). Contact your Tnemec representative for systems and additional information.
A two-coat and three-coat system of Series N140 meets the requirements of AWWA C550 Protective Interior Coatings for
Valves and Hydrants.
Published technical data and instructions are subject to change without notice. The online catalog at
www.tnemec.com should be referenced for the most current technical data and instructions or you may contact
your Tnemec representative for current technical data and instructions.
COATING SYSTEM
SURFACER/FILLER/PATCHER Series 215, 217, 218
PRIMERS Self-priming, Series 22, 91-H2O, 94-H2O, 98-H2O, L140, L140F, N140F
TOPCOATS Interior: Series 21, 22, FC22, L140, L140F, N140, N140F, 264, 265, 406.
Exterior: Series 22, 27, 66, L69, L69F, N69, N69F, V69, V69F, 73, 118, L140, L140F, N140, N140F, 156, 157, 161, 180, 181,
700, V700, 701, V701, 1026, 1028, 1029, 1077, 1078, 1078V, 1080, 1081, 1094, 1095, 1096, 1224. Note: When topcoating
with Series 700, V700, 701, or V701, an intermediate coat of Series 73, 1095 or 1096 is required. Note: The following
recoat times apply for Series N140: Immersion Service—Surface must be scarified by blasting with fine abrasive after 60
days. Atmospheric Service—After 60 days, scarification or an epoxy tie-coat is required. Note: When topcoating with
Series 406, recoat times will vary with temperature. Reference the Series 406 product data sheet for specific recoat times.
Contact your Tnemec representative for specific recommendations.
Published technical data and instructions are subject to change without notice. The online catalog at
www.tnemec.com should be referenced for the most current technical data and instructions or you may contact
your Tnemec representative for current technical data and instructions.
SURFACE PREPARATION
STEEL Immersion Service: SSPC-SP10/NACE 2 Near-White Blast Cleaning or ISO Sa 2 1/2 Very Thorough Blast Cleaning with a
minimum angular anchor profile of 1.5 mils.
Non-Immersion Service: SSPC-SP6/NACE 3 Commercial Blast Cleaning or ISO Sa 2 Thorough Blast Cleaning with a
minimum angular anchor profile of 1.5 mils. Note: Commercial Blast Cleaning generally produces the best coating
performance for this exposure. If conditions will not permit this, in moderate exposures Series N140 may be applied to
SSPC-SP2 or SP3 Hand or Power Tool Cleaned surfaces (SSPC Rust Grade Condition C).
CAST/DUCTILE IRON All external surfaces of ductile iron pipe and fittings shall be delivered to the application facility without asphalt or any
other protective lining on the exterior surface. All oils, small deposits of asphalt paint, grease, and soluble deposits should
be removed and uniformly abrasive blasted using angular abrasive in accordance with NAPF 500-03-04: External Pipe
Surface condition. When viewed without magnification, the exterior surfaces shall be free of all visible dirt, dust, loose
annealing oxide, rust, mold coating and other foreign matter. Any area where rust reappears before application shall be
reblasted. The surface shall contain a minimum angular anchor profile of 1.5 mils (38.1 microns) (Reference NACE RP0287
or ASTM D 4417, Method C).
CONCRETE Allow new cast-in-place concrete to cure a minimum of 28 days at 75°F (24°C). Verify concrete dryness in accordance
with ASTM F 1869 “Standard Test Method for Measuring Moisture Vapor Emission Rate of Concrete Subfloor Using
Anhydrous Calcium Chloride” (moisture vapor transmission should not exceed three pounds per 1,000 square feet in a 24
hour period), F 2170 “Standard Test Method for Determining Relative Humidity in Concrete using in situ Probes” (relative
humidity should not exceed 80%), or D 4263 “Standard Test Method for Indicating Moisture in Concrete by the Plastic
Sheet Method” (no moisture present). Prepare concrete surfaces in accordance with NACE No. 6/SSPC-SP13 Joint Surface
Preparation Standards and ICRI Technical Guidelines. Abrasive blast, shot-blast, water jet or mechanically abrade concrete
surfaces to remove laitance, curing compounds, hardeners, sealers and other contaminants and to provide an ICRI-CSP 2-
3 surface profile. Large cracks, voids and other surface imperfections should be filled with a recommended filler or
surfacer.
PRIMED SURFACES Immersion Service: Scarify the Series N140 prime coat by brush-blasting with fine abrasive before topcoating if: (a) the
Series N140 prime coat has been in exterior exposure for 60 days or longer and Series 66, L69, L69F, N69, N69F, V69,
V69F, L140, L140F, N140, N140F, or 161 is the specified topcoat; (b) the Series N140 prime coat has been in exterior
exposure for 7 days or longer and Series 264 or 265 is the specified topcoat.
ALL SURFACES Must be clean, dry and free of oil, grease and other contaminants.
Published technical data and instructions are subject to change without notice. The online catalog at
www.tnemec.com should be referenced for the most current technical data and instructions or you may contact
your Tnemec representative for current technical data and instructions.
Page 1 of 3
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
TECHNICAL DATA
© May 15, 2023 by Tnemec Company, Inc.PDSN140
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
PRODUCT DATA SHEET
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PRODUCT DATA SHEET
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PRODUCT DATA SHEET
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PRODUCT DATA SHEET
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PRODUCT DATA SHEET
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PRODUCT DATA SHEET
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PRODUCT DATA SHEET
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PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
VOLUME SOLIDS 67.0 ± 2.0% (mixed—A, B & 44-700 Epoxy Accelerator) †
RECOMMENDED DFT 2.0 to 10.0 mils (50 to 225 microns) per coat. Note: Reference the NSF website at www.nsf.org for details on the
maximum allowable DFT. Note: The number of coats and thickness requirements will vary with substrate, application
method and exposure. Contact your Tnemec representative.
CURING TIME AT 5 MILS DFT Without 44-700 Accelerator:
Temperature To Handle To Recoat Immersion
90°F (32°C) 5 hours 7 hours 7 days
80°F (27°C) 7 hours 9 hours 7 days
70°F (21°C) 9 hours 12 hours 7 days
60°F (16°C) 16 hours 22 hours 9 to 12 days
50°F (10°C) 24 hours 32 hours 12 to 14 days
Curing time varies with surface temperature, air movement, humidity and film thickness. Refer to product listing on
www.nsf.org for specific potable water return to service information. Ventilation: When used in enclosed areas, provide
adequate ventilation during application and cure. Note: For faster curing and low temperature applications, add No. 44-
700 Epoxy Accelerator, see separate product data sheet for cure information.
VOLATILE ORGANIC COMPOUNDS Unthinned: 2.4 lbs/gallon (285 grams/litre)
Thinned 5% (No. 60 Thinner): 2.6 lbs/gallon (311 grams/litre)
Thinned 10% (No. 4 Thinner): 2.8 lbs/gallon (334 grams/litre) †
HAPS Unthinned: 2.4 lbs/gal solids
Thinned 5% (No. 60 Thinner): 2.4 lbs/gal solids
Thinned 10% (No. 4 Thinner): 3.3 lbs/gal solids
THEORETICAL COVERAGE 1,070 mil sq ft/gal (27.2 m²/L at 25 microns). See APPLICATION for coverage rates. †
NUMBER OF COMPONENTS Two: Part A (amine) and Part B (epoxy) — One (Part A) to one (Part B) by volume.
PACKAGING Part A Part B Yield (mixed)
Large Kit 5 gallon pail 5 gallon pail 10 gallons (37.9 L)
Small Kit 1 gallon can 1 gallon can 2 gallons (7.6 L)
Reference 44-700 Epoxy Accelerator product data sheet for its packaging information.
NET WEIGHT PER GALLON 12.66 ± 0.25 lbs (5.82 ± 0.11 kg) (mixed) †
STORAGE TEMPERATURE Minimum 20°F (-7°C) Maximum 110°F (43°C)
TEMPERATURE RESISTANCE (Dry) Continuous 250°F (121°C) Intermittent 275°F (135°C)
SHELF LIFE Part A: 24 months; Part B: 12 months at recommended storage temperature.
FLASH POINT - SETA Part A: 82°F (28°C) Part B: 80°F (27°C) 44-700: None
HEALTH & SAFETY Paint products contain chemical ingredients which are considered hazardous. Read container label warning and Material
Safety Data Sheet for important health and safety information prior to the use of this product.
Keep out of reach of children.
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
APPLICATION
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
COVERAGE RATES Dry Mils (Microns) Wet Mils (Microns) Sq Ft/Gal (m²/Gal)
Suggested 6.0 (150) 9.0 (230) 179 (16.6)
Minimum 2.0 (50) 3.0 (75) 537 (49.9)
Maximum 10.0 (225) 15.0 (375) 107 (10.0)
Note: Roller or brush application requires two or more coats to obtain recommended film thickness. Allow for overspray
and surface irregularities. Wet film thickness is rounded to the nearest 0.5 mil or 5 microns. Application of coating below
minimum or above maximum recommended dry film thicknesses may adversely affect coating performance. Reference
the NSF website at www.nsf.org for details on the maximum allowable DFT. †
MIXING Start with equal amounts of Series N140 Parts A and B. Power mix contents of each container separately, making sure no
pigment remains on the bottom. Pour a measured amount of Part B into a clean container large enough to hold both
components. If Series 44-700 is not being used, proceed with mixing and add an equal volume of Part A to Part B while
under agitation. Continue agitation until the two components are thoroughly mixed. Note: Both components must be
above 50°F (10°C) prior to mixing. For optimum mixing and application properties, the material should be above 60°F
(16°C).
If using Series 44-700 accelerator, slowly add four (4) fluid ounces of 44-700 per gallon to Series N140 Part A material
while under agitation and proceed with adding Part B. Note: The use of more than the recommended amount of 44-700
will adversely affect performance.
Thin by volume and thoroughly mix. Failure to thoroughly mix the Part A and Part B components prior to thinning can
affect product’s gloss and performance. Do not use mixed material beyond pot life limits. Note: For application of the
unaccelerated version to surfaces between 50°F to 60°F (10°C to 16°C) or the accelerated version to surfaces between
35°F to 50°F (2°C to 10°C), allow mixed material to stand 30 minutes and restir before using.
THINNING Use No. 4 or No. 60 Thinner. For air spray, thin up to 10% or 3/4 pint (380 mL) per gallon with No. 4 Thinner or thin up
to 5% or 1/4 pint (190 mL) per gallon with No. 60 Thinner. For airless spray, roller, or brush, thin up to 5% or 1/4 pint
(190 mL) per gallon. Caution: Series N140 NSF certification is based on thinning with No. 4 Thinner for tanks
and No. 60 Thinner for pumps, valves, fittings, and mechanical devices. Use of any other thinner voids
NSF/ANSI/CAN Std. 61 certification.
POT LIFE Without 44-700 6 hours at 50°F (10°C) 4 hours at 75°F (24°C) 1 hour at 100°F (38°C)
With 44-700 2 hours at 50°F (10°C) 1 hour at 75°F (24°C) 30 minutes at 100°F (38°C)
Page 2 of 3
SPRAY LIFE Without 44-700: 1 hour at 77°F (25°C) With 44-700: 30 minutes at 75°F (24°C)
Note: Spray application after listed times will adversely affect ability to achieve recommended dry film thickness.
APPLICATION EQUIPMENT Air Spray
Gun Fluid Tip Air Cap Air Hose ID Mat’l Hose ID Atomizing
Pressure Pot Pressure
DeVilbiss JGA E 765 or 704 5/16” or 3/8”
(7.9 or 9.5 mm)
3/8” or 1/2”
(9.5 or 12.7
mm)
50-80 psi
(3.4-5.5 bar)
10-20 psi
(0.7-1.4 bar)
Airless Spray
Tip Orifice Atomizing Pressure Mat’l Hose ID Manifold Filter
0.015”-0.019”
(380-485 microns)
3000-4800 psi
(207-330 bar)
1/4” or 3/8”
(6.4 or 9.5 mm)
60 mesh
(250 microns)
Low temperatures or longer hoses require higher pot pressure. Use appropriate tip/atomizing pressure for equipment,
applicator technique and weather conditions.
Roller: Use 3/8” or 1/2” (9.5 mm to 12.7 mm) synthetic woven nap roller cover. Use longer nap to obtain penetration on
rough or porous surfaces.
Brush: Recommended for small areas only. Use high quality natural or synthetic bristle brushes.
SURFACE TEMPERATURE Without 44-700: Min. 50°F (10°C), Max. 135°F (57°C) With 44-700: Min. 35°F (2°C), Max. 135°F (57°C)
The surface should be dry and at least 5°F (3°C) above the dew point. Coating will not cure below minimum surface
temperature.
CLEANUP Flush and clean all equipment immediately after use with the recommended thinner or MEK.
† Values may vary with color.
© May 15, 2023 by Tnemec Company, Inc.PDSN140
PRODUCT DATA SHEET
POTA-POX ® PLUS | SERIES N140
WARRANTY & LIMITATION OF SELLER'S LIABILITY: Tnemec Company, Inc. warrants only that its coatings represented herein meet the formulation standards of Tnemec Company, Inc. THE
WARRANTY DESCRIBED IN THE ABOVE PARAGRAPH SHALL BE IN LIEU OF ANY OTHER WARRANTY, EXPRESSED OR IMPLIED, INCLUDING BUT NOT LIMITED TO, ANY IMPLIED
WARRANTY OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. THERE ARE NO WARRANTIES THAT EXTEND BEYOND THE DESCRIPTION ON THE FACE HEREOF. The
buyer's sole and exclusive remedy against Tnemec Company, Inc. shall be for replacement of the product in the event a defective condition of the product should be found to exist and the
exclusive remedy shall not have failed its essential purpose as long as Tnemec is willing to provide comparable replacement product to the buyer. NO OTHER REMEDY (INCLUDING, BUT NOT
LIMITED TO, INCIDENTAL OR CONSEQUENTIAL DAMAGES FOR LOST PROFITS, LOST SALES, INJURY TO PERSON OR PROPERTY, ENVIRONMENTAL INJURIES OR ANY OTHER INCIDENTAL
OR CONSEQUENTIAL LOSS) SHALL BE AVAILABLE TO THE BUYER. Technical and application information herein is provided for the purpose of establishing a general profile of the coating and
proper coating application procedures. Test performance results were obtained in a controlled environment and Tnemec Company makes no claim that these tests or any other tests, accurately
represent all environments. As application, environmental and design factors can vary significantly, due care should be exercised in the selection and use of the coating.
Tnemec Company, Inc. 6800 Corporate Drive Kansas City, Missouri 64120-1372 [phone] www.tnemec.com
PDSN140© May 15, 2023 by Tnemec Company, Inc.Page 3 of 3
CALPICO MODEL PX injection molded plastic casing insulators are ideal to keep carrier pipe
isolated from casing. This model is manufactured from high density polyethylene, which provides
high impact strength and a low co-efficient of friction. Non-deteriorating polyethylene lasts
indefinitely inside the casing. Excellent dielectric resistance and low moisture absorption for
minimal electric current loss and no impairment of cathodic protection. The only metal is the
hardware. A grooved inner surface prevents slippage and damage to any coating the pipe may
have. Model PX insulators are light in weight, economical, easy to handle, and easy to install.
No special tools are required.
Our Model PX insulator is offered in sizes 4" through 12". Sizes 14" through 16" also available
on some applications -- Consult factory. They are constructed in two halves with 6" wide bands.
They can be manufactured with runners heights 1" - 6" (or higher, some applications) to accommo-
date centering of pipe in larger casing, and to clear the dimension of the bell or coupling. A fusion
process in which HDPE material is added to each runner extends height and essentially provides
a one piece runner.
All bolts, nuts, and washers are 1/4" cadmium plated and are shipped in a package attached to
each insulator. Option: PX-SS (304ss) or PX-SSS (316ss) hardware.
4" - 10" = 2 TOP & 2 BOTTOM RUNNERS; 12" - 16" = 3 TOP & 3 BOTTOM RUNNERS.
STANDARD SPECIFICATIONS:
*Tensile Strength 3100-5500 psi ASTM D-638-651
*Density 0.96 ASTM D-792
*Appearance Translucent White
*Compressive
Strength 3200 psi ASTM D-693
*Yield Strength 3000 psi ASTM D-638
*Break Strength 2100 psi ASTM D-638
*Water Absorption <0.1%ASTM D-570
*Impact Strength 1.1 ft. lb/in.ASTM D-256
*Flexural Strength 1110 psi ASTM D-790
Max. Operating Temp. 200 degree
Typical Spacing: General - 13' length of carrier pipe: 2 spacers per stick. 18' - 20' length: 3 spacers per stick.
Note: Pipe with a tendency to bow, may require 3 per 13' stick or 4 per 18' - 20'. SOME APPLICATIONS, AND
LARGE DIAMETER PIPE MAY REQUIRE ADDITIONAL SPACERS. - Consult factory. Install 1' - 1 1/2' from the end of
each joint & typically every 8' - 10' thereafter, or per engineer specifications.
Centering - Restrained / Non-Ctg - Restrained / Non-Ctg - Non-Restrained…
Typical carrier pipe types:
* C900 * SDR35
* DIP * HDPE
* IPS
C A L P I C O
INC.