C006485 Addendum 2.pdf

ITN# C006485, ADDENDUM NO. 2, page 1

ITN# C006485

Advanced Metering Infrastructure Program

ADDENDUM NO. 2

ITN# C006485, ADDENDUM NO. 2, page 2

ADDENDUM NO. 2

ISSUE DATE: December 15, 2023

TITLE: Advanced Metering Infrastructure Program

TO: All Proposers

ISSUED BY: Central Florida Tourism Oversight District

Richard Parente, Senior Procurement Analyst rparente@oversightdistrict.org

(689) 254-3539

NOTICE TO ALL PROPOSERS

This addendum shall be made part of the ITN and shall be binding as if part of the original documents.

PART A. ADMINISTRATIVE UPDATES

• The bid due date has been extended to January 25, 2024 at 2:00 P.M. EST

• The following documents are available at this Box link: CLICK HERE FOR ADDENDUM NO. 2 o Invitation to Negotiate (Revised 12/15/2023)

PART B. QUESTIONS/RESPONSES

Question 1: Can the Excel file of the spreadsheets included in Addendum No. 1 be shared?

Response 1: Yes; see the attached file titled “C006485 Meter Information.”

Question 2: Would it be possible to send a separate Service Connection layer for each commodity

(water/gas/electric/hot water/chilled water) as a Shapefile format? If possible, please use a GCS or local state plane coordinate system. We are having trouble converting the files as provided.

Response 2: Updated GIS files are available at the following link: C006485 Updated GIS

Question 3: Full addresses are needed in order for the GIS information to be useful. Please provide.

Response 3: Updated GIS files are available at the following link: C006485 Updated GIS https://reedycreek.box.com/s/doklx68x77eo5w89qc5bns4illb7tj0t https://reedycreek.box.com/s/7lriymvg94epc5hl0ext6lmhibaibdjo https://reedycreek.box.com/s/7lriymvg94epc5hl0ext6lmhibaibdjo

ITN# C006485, ADDENDUM NO. 2, page 3

Question 4: A limit of 15 pages for the proposal is called for in the ITN, excluding the cover page. Does this include any specification sheets as well or can they be additional?

Response 4: Specification sheets can be additional.

Question 5: It is unclear if you want a complete overhaul of all endpoint and meters at least for electric and if a meter exchange install is required. Please clarify.

Response 5: If Contractor can utilize existing meters with upgraded endpoints to enable advanced metering that would be acceptable; otherwise a full overhaul of all meters is requested.

Question 6: Does Owner have any special requirements for Contractor-hosted data solutions, managed solution services, or managed hardware services?

Response 6: No; just industry standards.

Question 7: For gas meters, please identify which meters are the 150 that are to be replaced, which

80 are to be retrofitted, and which 230 require endpoints only.

Response 7: See the “Natural Gas” tab in the attached file titled “C006485 Additional Gas & Water

Meter Information.” The retrofit versus replace is categorized in Column U. The meters where AMI was previously installed are in Column N. A total of 221 meters are included.

In the ITN, summarized numbers were provided. (~150+~80=~230, not 80+150+230).

They all need endpoints. The numbers in the ITN are approximate to allow for some growth in the meter numbers depending on when the project completes to make sure all meters will be AMI integrated.

Question 8: In the ITN it was stated there were 655 water endpoints to be replaced, but the addendum you sent shows a total of 602 endpoints including the chiller count. Can you verify which count is correct?

Response 8: See the “Water End Point” tab in the attached file titled “C006485 Additional Gas &

Water Meter Information.” The water endpoints do not include the hot/chilled water meters, only potable/reclaimed water meters. Currently 638 meters for potable/reclaimed water are shown. The numbers in the ITN are approximate to allow for some growth in the meter numbers depending on when the project completes to make sure all meters will be AMI integrated.

Question 9: One major item missing on the electric meters is the form factor (i.e., 2S, 12S, 9S, etc.).

Without this information it is impossible to accurately price the meters for this opportunity. Please provide.

ITN# C006485, ADDENDUM NO. 2, page 4

Response 9: See the attached file titled “C006485 Additional Electrical Meter Information.” Individual tabs breaking out each type of meter are provided.

Question 10: Can print outs available at the site visit be provided?

Response 10: See attached files for the water meters covering everything in the system that is radio compatible. Everything else in the system are old manual reads and would require full change out to become radio compatible.

ITN# C006485, V.3 (December 15, 2023) page 1

Advanced Metering Infrastructure Program

INVITATION

to

NEGOTIATE

(REVISED 12/15/2023)

ITN# C006485, V.3 (December 15, 2023) page 2

INVITATION TO NEGOTIATE

ISSUE DATE: November 17, 2023

TITLE: Advanced Metering Infrastructure Program

DUE: January 25, 2024January 4, 2024, by or before 2:00 PM EST

ISSUING OFFICE: Central Florida Tourism Oversight District, Procurement & Contracting

Department, 1900 Hotel Plaza Blvd., Lake Buena Vista, Florida 32830

The District will receive submittals until the time and date cited above. Only submittals received by the correct time and date will be recorded.

Anti-Collusion Statement/Public Domain

I, the submitting proposer, have not divulged, discussed, or compared this Invitation to Negotiate with any other proposer and have not colluded with any other proposer in the preparation of this proposal in order to gain an unfair advantage in the award of this contract. I acknowledge all information contained herein is part of the public domain as defined in the Public Records Act, Chapter 119, F.S.

1. GENERAL INFORMATION

1.1 The District requests qualified vendors to submit proposals and qualifications for consideration in the selection for Advanced Metering Infrastructure (AMI) Technology and

Installation services.

1.2 All terms and conditions of this request, any addenda, proposer’s submissions and future negotiated terms are incorporated into the contract by reference as set forth herein.

1.3 All dates and information contained herein may be extended, changed, or updated.

Proposers are responsible for verifying all listing information before submitting a proposal to the Invitation to Negotiate (ITN).

2. INSTRUCTIONS TO RESPONDING VENDORS:

2.1 All proposals must be submitted to bids@oversightdistrict.org by or before 2:00 p.m. EST on January 25, 2024January 4, 2024.

2.2 Proposals may not be submitted by any other means other than as described in Section

2.1. The District will not accept proposals sent by U.S. Mail, private couriers, or fax.

ITN# C006485, V.3 (December 15, 2023) page 3

2.3 Any proposals received after the stated time and date will not be considered.

2.4 Selection may be made directly from the ITN. After determination of the short list and initial evaluation, the District’s Contracting Officer will schedule negotiations with those proposers remaining.

2.5 All materials submitted as response to this ITN shall become the property of the District.

3. TIME SCHEDULE

3.1 The District will attempt to use the following time schedule that will result in the selection of a proposer.

Description Date

All written questions and inquiries are due by 5:00 PM EST December 21, 2023

December 15, 2023

Proposals due by or before 2:00 PM EST January 25, 2024

January 4, 2024

Shortlist Committee Meeting TBD Negotiations As Scheduled District Approval Date TBD

NOTE: These dates are estimated dates only and subject to change.

3.2 Questions

A. Questions and requests for clarification regarding this Invitation to Negotiate must be submitted to the buyer, Rich Parente, at rparente@oversightdistrict.org. Responses will be made electronically. It is the responsibility of the proposers to check for updates.

4. AWARD

4.1 The District reserves the right to accept or reject any or all proposals.

4.2 The District reserves the right to waive any irregularities and technicalities and may, at its sole discretion, request a clarification or other information to evaluate any or all proposals.

4.3 The District will finalize a contract with the proposer with the accepted best-and-final offer.

If an agreement cannot be reached with that offeror, the District reserves the right to negotiate with the next lowest, responsive proposer (or subsequent proposers) until an agreement is reached.

4.4 The District reserves the right, prior to District approval, to cancel or terminate this ITN, ITN# C006485, V.3 (December 15, 2023) page 4 any negotiations, or the proposed agreement, without penalty.

5. INQUIRIES

5.1 Any and all questions must be submitted to the assigned buyer via email to rparente@oversightdistrict.org. Responses will be made through email. It is the responsibility of the proposers to check for updates.

5.2 If necessary, an addendum will be provided to all proposers.

5.3 It is our standard policy no addendum will be issued later than three (3) calendar days prior to the date for receipt of proposals, except an addendum withdrawing the Invitation to Negotiate or one which includes postponement of the date for receipt of proposals.

5.4 No verbal or written information which is obtained other than by information in this document or by addendum to this request will be binding on the District.

6. LOBBYING

6.1 PROPOSERS ARE HEREBY ADVISED THAT CONTACT IS NOT PERMITTED WITH ANY

DISTRICT PERSONNEL OR BOARD MEMBER RELATED TO, OR INVOLVED WITH THIS

REQUEST. ALL ORAL OR WRITTEN INQUIRIES MUST BE DIRECTED THROUGH THE

ASSIGNED PROCUREMENT PERSONNEL OR THE DISTRICT’S CONTRACTING OFFICER.

6.2 LOBBYING IS DEFINED AS ANY ACTION TAKEN BY AN INDIVIDUAL, FIRM, ASSOCIATION,

JOINT VENTURE, PARTNERSHIP, SYNDICATE, CORPORATION, AND ALL OTHER GROUPS

WHO SEEK TO INFLUENCE THE GOVERNMENTAL DECISION OF A DISTRICT BOARD

MEMBER OR ANY DISTRICT PERSONNEL AFTER ADVERTISEMENT AND PRIOR TO THE

BOARD VOTE ON THE AWARD OF THIS CONTRACT.

6.3 ANY PROPOSER OR ANY INDIVIDUALS THAT LOBBY ON BEHALF OF PROPOSER DURING

THE TIME SPECIFIED WILL RESULT IN REJECTION / DISQUALIFICATION OF SAID

INVITATION TO NEGOTIATE.

7. PREPARATION AND SUBMISSION

Proposer’s response shall be no more than 15 pages, excluding front covers, resumes, and a cover letter of up to two pages. Proposers who submit more than the pages indicated may not have the additional pages of the proposal read or considered. Proposals failing to provide sufficient information and assurances of performance to accurately assess each category below, or which fail to comply with the requirements and conditions of the Invitation to Negotiate will not be given further consideration.

ITN# C006485, V.3 (December 15, 2023) page 5

At a minimum, the proposal shall include the following sections:

A. Proposer Information: Name of the proposer, address, principals, telephone number, email address and taxpayer ID number. Include a brief history of the company.

B. Qualifications and Experience: Provide qualifications, resumes, and experience of the team based on the elements of this ITN. Emphasize the specific qualifications and experience from accounts similar to this scope for the key team members. Identify and provide in-depth information for the proposed project manager’s qualifications, track record and relevant experience.

C. References: Submit a minimum of two references. References should be from recent clients similar to what is being proposed.

D. Staffing Plan: Indicate Staffing Plan for all key team members. Specify the names of the persons who will be authorized to give and support information for your company. Provide their titles, addresses and telephone numbers. Identify all subcontractors along with their qualifications.

E. Approach and Methodology: Convey a clear understanding of the nature of the services and equipment you will be providing as to meet the requirements of Exhibit B - Scope of

Services, and your methodology to accomplish it. Explain why the proposed solution is best suited for the District’s utilities.

8. PROPOSAL EVALUATION PROCESS

8.1 The Selection Committee will be comprised of, at a minimum, three members. The committee may consist of representatives from various and appropriate District departments.

8.2 The committee members will independently score and rank each responsive proposal received in accordance with the evaluation criteria. During the Selection Committee meeting, the committee members will review the proposals and will submit their rankings for compilation of the overall ranking to determine a shortlist of proposals.

At that time, dates may be set for conducting interviews/negotiations with those vendors remaining on the short list. Shortlisted vendors will be notified either by email and/or telephone of the date and time. The District’s Contracting Officer will conduct the negotiations and has the final determination of award in the best interest of the District.

8.3 The District will enter into negotiations and will award to the vendor with the terms found to be most beneficial to the District after best-and-final offers are received.

ITN# C006485, V.3 (December 15, 2023) page 6

9. EVALUATION CRITERIA

The Selection Committee shall rank all proposals received, The Selection Committee shall rank all letters received, by ordinal rankings, which meet the submittal requirements. The following factors will be considered in ranking the responsive letters received:

CRITERIA WEIGHT

Demonstrated depth of experienced personnel working on projects of similar nature. Similar size of meter infrastructure, across all utilities indicated, with multiple meter manufacturers.

Project understanding, approach, and management, including warranty and support/response time.

Project Cost 10

References, especially relative to projects similar in nature 10

TOTAL POSSIBLE POINTS 100

Buy Local, Veteran, and Opportunity Zone vendors. The definition of these vendor types can be found in the District’s Procurement Policy 5 bonus

10. CONFLICT OF INTEREST

10.1 All vendors must list all and any affiliations they have with other vendors.

10.2 The award hereunder is subject to the provisions of Chapter 112, Florida Statutes, as amended, governing conflict of interest. All proposers must disclose with each proposal the name of any officer, director or agent who is also a public or District employee. Further, proposers must disclose the name of any public employee who owns directly or indirectly an interest of five percent (5%) or more in the proposer's firm or any of its branches.

District employees, and appointed officials (herein referred to as "employees") may engage in outside activities and hold financial interests subject to the requirements of District’s

Employee Handbook, state law, and federal regulations and law, if applicable. Every employee who is an officer, director, agent, employee, or owner of a substantial interest in any business entity which does or anticipates doing business with the District ("District") must complete an "Officer and Employee Disclosure Statement" and file the statement with the required procurement documents submitted to the respective procurement staff member. A statement must be submitted with every procurement response if the proposer has a disclosure to document.

ITN# C006485, V.3 (December 15, 2023) page 7

11. INDEMNIFICATION CLAUSE

The Proposer shall indemnify and hold harmless the District and their appointed officials, employees and volunteers from and against all claims, damages, losses and expenses, including legal costs, arising out of or resulting from the performance of this contract, provided that any such claim, damage, loss or expenses is attributed to bodily injury, sickness, disease, personal injury or death, or to injury to or destruction of tangible property including the loss or loss of use resulting there from and is caused in whole or in part by any negligent act or omission of the Proposer.

12. QUALIFIED CONTRACTORS (NATURAL GAS)

All work that is performed on the District owned natural gas utility shall be in strict accordance with the Operator Qualified (OQ) requirements as established and adapted by the District. The

OQ requirements as defined by 49 CFR Part 192, Subpart N prescribes the minimum requirements for operator qualification of individuals performing covered tasks on a pipeline facility. Covered task is an activity, identified by the operator that:

A. Performed on a pipeline facility;

B. Is an operations or maintenance task;

C. Is performed as a requirement of this part; and

D. Affects the operations or integrity of the pipeline.

Covered tasks are evaluated on a project-by-project basis, and are subject to change based on the work being performed.

13. COST INCURRED IN RESPONDING

All costs directly or indirectly related to Invitation to Negotiate preparation, representation or clarification shall be the sole responsibility of and be borne by the proposer.

14. EXHIBITS

Exhibit A – Background Information

The Central Florida Tourism Oversight District (the CFTOD or, the District) is a unique entity comprised of six (6) utilities including natural gas, potable water, reclaimed water, electric, hot water and chilled water that provide utility services to area customers.

The District is requesting submittals from qualified advanced metering infrastructure (AMI) vendors able to deliver a comprehensive solution including meters, endpoints, network and

ITN# C006485, V.3 (December 15, 2023) page 8 headend system to the District’s six (6) utilities. The proposer should be able to fulfill the requirements listed in Exhibit B – Scope of Services as part of their AMI solution. For the purposes of this invitation to negotiate (ITN), proposer refers to those responding to this ITN.

This project will be implemented in multi-year stages, with each stage providing metering and infrastructure to a different District utility or utilities. The first stage of this project will provide metering and infrastructure for the natural gas utility. The following Scope of Services outlines the natural gas utility needs. It also outlines the needs and requirements for the other utilities.

All proposers should be able to provide AMI services that are inclusive of all the District utilities noted above. The proposer should include infrastructure and implementation for all the utilities in their proposal and pricing.

Metering Systems Information

The proposer is required to provide an AMI system that will be compatible with all the District’s utilities (natural gas, potable and reclaimed water, electric and hot and chilled water). This system can include multiple manufacturers of meters and AMI systems. They must all be integrated to a single Customer Information System (CIS).

The following details describing the current infrastructure of District utilities are for information and are to be used to construct and price this proposal. All meter and endpoint totals are approximate and should be verified upon award by the proposer for any “Best and Final” offer as part of the negotiation process. A nominal number of meter and endpoints may be added to the scope if the system expands to meet the growing needs of the system.

The natural gas utility will be the first to fully implement this AMI program. Currently, the majority of the utility’s existing meters are manually read. For natural gas, the District is looking to replace all meters that are aging out of service and retrofit those meters that still have serviceable life remaining. Initial evaluation suggests that approximately 150 meters will need to be replaced. A total of 230 endpoints will need to be installed on replaced meters, or retrofitted to existing meters. All meters will require a new endpoint regardless of the meter being replaced or retrofitted.

Natural Gas Utility Infrastructure Count

Meters to be Replaced 150

Meters to be Retrofitted 80

New Endpoints to be Supplied 230

ITN# C006485, V.3 (December 15, 2023) page 9

The water utility (including both potable and reclaimed systems) currently utilizes Sensus endpoints to read the majority of meters (approximately 475) with a handheld receiver while driving the property. Those meters outfitted with a Sensus endpoint are AMI compatible.

Depending on the AMI solution chosen, it is possible the 475 existing meters currently utilizing

Sensus endpoints may need to be retrofitted with a different endpoint, or meter interface unit.

The remaining water meters (approximately 180) are read manually and will need to be replaced with a new meter and fitted with an endpoint.

Water Utility Infrastructure Count

Meters to be Replaced* 180

Meters to be Retrofitted* 0 - 475

New Endpoints to be Supplied 180 - 655

The electric utility has an Itron AMI system currently in place with 1,100 existing meters utilizing this network. Of these AMI units, it is anticipated that 20% are reaching end of life and will need to be replaced in this program (220 AMI units). Approximately 400 meters are currently read via Itron AMR while around 25 meters are read manually. All of these 425 meters will need to be replaced and fitted with an endpoint. Depending on the AMI solution chosen, it is possible that the 1,100 existing meters fitted with Itron endpoints may need to be retrofitted with a different endpoint, or meter interface unit. *Note that only infrastructure is necessary in the proposal for the Electric Utility with all installation to be self-performed.

Electric Utility Infrastructure Count

Meters to be Replaced 425

Meters to be Retrofitted 220 – 1,100

New Endpoints to be Supplied 645 – 1,525

The hot and chilled water utility has a combination of Aquisuite AMI and manual reading of its existing meters (approximately 40). Each of these meters will need to be replaced with a new meter and fitted with an endpoint as part of this program.

ITN# C006485, V.3 (December 15, 2023) page 10

Hot and Chilled Water Utility Infrastructure Count

Meters to be Replaced 40

Meters to be Retrofitted 0

New Endpoints to be Supplied 40

The graphic below summarizes the number of meters by utility that are read manually and semi-automatically with AMR technology, or are fully automatic utilizing AMI technology.

Network Information

The District currently utilizes an Itron fixed network for its electric meters. These include seven

(7) collectors and ten (10) repeaters which cover the whole service area. Additionally, the District utilizes fiber backhaul at all collector sites. It should be noted that the District diligently undertakes measures to mitigate visual disruption. Consequently, the placement, height and configuration of collectors will be subject to restrictions.

Customer Information System

The District currently utilizes CIS Infinity from Advanced Utility Systems. The District expects to continue to utilize this system (with relevant upgrades) through the life of the AMI system.

ITN# C006485, V.3 (December 15, 2023) page 11

Exhibit B – Scope of Services

In the first phase of work, the vendor will be required to implement and install an AMI system

(including endpoints, network, and data systems) for the natural gas utility. Once this phase is underway, the other utilities will be gradually incorporated into the program. The proposer should provide a solution for system-wide AMI that incorporates the information and requirements herein and would best suit the needs of the District’s six (6) utilities. The rollout of this AMI solution should be complete by the end of 2026 (full AMI across all utilities). While the District is open to adopting an AMI solution that incorporates multiple vendors with up to a maximum of two (2) networks, proposers should highlight complexities (if any) that may arise if a multi-vendor approach is employed.

A complete proposal will include the following topics:

1. Proposed approach to update all metering systems through AMI, including schedule;

2. Technical specifications for proposed meters, endpoints and network including:

a. Useful operating life and battery life of endpoints;

b. Maintenance and testing needs for all proposed meters and endpoints;

c. Network equipment;

d. Endpoint events and alarms;

3. Headend system specifications & operations;

4. Software systems and integrations including:

a. Configurability and firmware management;

5. IT standards and security including:

a. Cyber security and backhaul;

6. Testing and system acceptance;

7. Warranty including:

a. All equipment and network devices;

b. Maintenance requirements;

8. Installation support services including:

a. Natural Gas; and

b. Water (potable, reclaimed, hot and chilled).

Note: Installation is not required for the Electric Utility as this will be self-performed.

Additional Information Requested:

1. Proposer shall provide references from at least three (3) similar sized (or larger) combination systems within the past three (3) years including:

ITN# C006485, V.3 (December 15, 2023) page 12

a. Installer references;

b. Equipment references (preferred for combination projects including natural gas, water, and electric meters, endpoints, and network infrastructure);

c. CIS Integration references (preferred to CIS Infinity);

2. Provide equipment specifications sheets; and

3. Provide expected failure rate information over 15 and 20-year lifespans.

Pricing

Proposer shall provide a price for the purchase, delivery and installation of all system components and services (including network and CIS integration). Please note, the proposer must meet the District’s Qualifications and Requirements for Third Party Vendors and

Contractors (Section 12 – Qualified Contractors).

DATA SHEET

WDS-10019-07

OMNI+™ Fireline (F²) Water Meter 4”, 6”, 8” and 10” The OMNI+ F² meter operation is based on advanced Floating Ball Technology (FBT).

Performance

The patented measurement principles of the OMNI+ F² meter ensure greater accuracy, expanded accuracy range and longer service life than any other comparable class meter. The OMNI+ F² meter has no restrictions on sustained flow rates within its continuous range. The floating ball measurement technology allows installation in any orientation and flows up to maximum rated capacity without undue wear or accuracy degradation.

Construction

The OMNI+ F² meter consists of two basic assemblies; the maincase and the measuring chamber. The measuring chamber assembly includes the “floating ball” impeller with a coated titanium shaft, hybrid axial bearings, integral flow straightener and an all electronic programmable register with protective bonnet. The maincase is made from industry proven Ductile Iron with an NSF approved epoxy coating.

Maincase features are; easily removable measuring chamber, unique chamber seal to the maincase using a high pressure o-ring, testing port and a convenient integral strainer with optional drain/debris-flushing ports.

OMNI Electronic Register

The OMNI+ F² electronic register is hermetically sealed with an electronic pickup containing no mechanical gearing. The large character LCD displays AMR, totalization, rate of flow and a resettable test totalizer. OMNI register features include AMR resolution units that are fully programmable, fully programmable pulse output frequency, integral customer data logging capability and integral resettable accuracy testing feature compatible with FieldLogic and Sensus flow verification software. The large, easy-to-read LCD also displays both forward and reverse flow directions. The OMNI+ F² electronic register has a 10-year battery life guarantee.

Magnetic Drive

Meter registration is achieved by utilizing a fully magnetic pickup system. This is accomplished by the magnetic actions of the embedded rotor magnets and the ultra sensitive register pickup probe. The only moving component in water is the “floating ball” impeller.

Measuring Element

The hydro-dynamically balanced impeller floats between the bearings. The Floating Ball Technology (FBT) allows the measuring element to operate virtually without friction or wear, thus creating the extended upper and lower flow ranges capable on only the OMNI+ F² meter.

AMR/AMI ModeTotalization Mode

Rate of Flow Mode

ELECTRONIC REGISTER DISPLAY

DIAGRAM

Resettable Test Mode

Conformance to Standards

The OMNI+ F² meter meets and far exceeds the most recent revision of AWWA Standard C703 class II.

Additionally, the meter does not require a valve to meet these standards. Each meter is performance tested to ensure compliance. All OMNI+ meters are NSF/ANSI Standard 61, Annex F and G approved. The OMNI+ F² meter is UL (Underwriters Laboratories) Listed and FM (Factory Mutual) approved for use on fire protection and domestic water applications.

OMNI+™ Fireline (F²) Water Meter 4”, 6”, 8” and 10”

Strainer

The OMNI+ F² meter includes the Sensus designed “V” shaped UL Listed/FM approved strainer which utilizes a stainless steel screen along with Floating Ball Technology (FBT) to create a design that provides greatly improved accuracy even in difficult settings. A removable strainer cover permits easy access to the screen for routine maintenance. Strainer drain ports allow for easy discharging of debris without the need to remove the cover.

Data Logging

The OMNI+ F² meter logs 180 days of hourly consumption data.

AMR/AMI Systems

Meters and Electronic Registers are compatible with current Sensus AMR/AMI systems and other AMI communication systems that use the Sensus UI1203 protocol.

Maintenance

The OMNI+ F² meter is designed for easy maintenance. Should any maintenance be required, the measuring chamber and/ or strainer cover can be removed independently. Replacement parts or complete measuring chambers are available for repairs.

DIMENSIONS AND NET WEIGHTS

Meter and Pipe Size

Normal Operating Range

Connections A B C D E F G H J Net

Weight Shipping Weight

Standard Fireline*

4” DN

100 mm

1.5 gpm .34 m3/hr

1200 gpm 227 m3/hr

Flanged 33”

838 mm 13-11/16” 348 mm

15/16” 24 mm

22.25” 515 mm

4-3/4” 121 mm

7-1/2” 191 mm

5/8”

16 mm 2”

51 mm 212 lb 96 kg

252 lb 114 kg

51-7/8” 1318 mm

6” DN

150 mm

3 gpm .681 m3/hr

2000 gpm 454 m3/hr

Flanged 45”

1143 mm 15-3/4” 400 mm

15/16” 24 mm

25.00” 635 mm

5-3/4” 146 mm

9-1/2” 241 mm

3/4”

19 mm 2”

51 mm 394 lb 179 kg

449 lb 204 kg

67-5/8” 1718 mm

8” DN

200 mm

4 gpm .91 m3/hr

3500 gpm 795 m3/hr

Flanged 53”

1346 mm 18-1/2” 470 mm

11/16” 17 mm

31.00” 788 mm

6-3/4” 171 mm

11-3/4” 298 mm

3/4”

19 mm 2”

51 mm 736 lb 334 kg

786 lb 357 kg

77” 1956 mm

10” DN

250 mm

5 gpm

1.1 m3/hr

5500 gpm 1249 m3/hr

Flanged 68”

1727 mm 22-1/4”

565 mm 11/16” 17 mm

37.50” 953 mm

8-1/2” 216 mm

14-1/4” 362 mm

7/8”

22 mm 2”

51 mm 1155 lb 524 kg

1215 lb 551 kg

90” 2286 mm

OMNI F2: 4”, 6”, 8” and 10”

E

D

F – Bolt Circle G – No. of Bolts H – Size of Bolts

Direction of Flow

A

C

B

J

Strainer Screen Maincase F2 Rotor

Strainer Cover

Register with Pulse and AMR

Test Plug

Measuring Chamber Assembly

*Standard Fireline lay length with optional spool piece added.

OMNI+™ Fireline (F²) Water Meter 4”, 6”, 8” and 10”

SPECIFICATIONS

Service Measurement of potable and reclaim water. IP68 Rated.

Storage temperature: -22 °F (-30 °C) to 155 °F (68.3 °C)

Operating temperatures:

Air: -22 °F (-30 °C) to 150 °F (65.6 °C) Water: 33 °F (0.6 °C) to 80 °F (26.7 °C)

Operating Range (100% ± 1.5%)

4”: 1.5 – 1000 GPM (0.34 - 227 m3/hr) 6”: 3 – 2000 GPM (0.68 - 454 m3/hr)

8”: 4 – 3500 GPM (0.91 - 795 m3/hr) 10”: 5 – 5500 GPM (1.1 - 1249 m3/hr)

Low flow (95% – 101.5%)

4”: 0.75 GPM (0.17 m3/hr) 6”: 1.5 GPM (0.34 m3/hr)

8”: 2.5 GPM (0.57 m3/hr) 10”: 3.5 GPM (0.79 m3/hr)

UL Minimum Flow 8”: 97% @ 3 GPM (0.68 m3/hr) 10”: 97% @ 4 GPM (0.91 m3/hr)

Maximum Continuous Operation

4”: 1000 GPM (227 m3/hr) 6”: 2000 GPM (454 m3/hr)

8”: 3500 GPM (795 m3/hr) 10”: 5500 GPM (1249 m3/hr)

Maximum Intermittent Operation

4”: 1250 GPM (284 m3/hr) 6”: 2500 GPM (568 m3/hr)

8”: 4700 GPM (1067 m3/hr) 10”: 7000 GPM (1590 m3/hr)

Pressure Loss 4”: 6.4 psi @ 1000 GPM (0.44 bar @ 227 m3/hr) 6”: 6.7 psi @ 2000 GPM (0.46 bar @ 454 m3/hr)

8”: 5 psi @ 3500 GPM (0.34 bar @ 795 m3/hr) 10”: 7 psi @ 5500 GPM (0.48 bar @ 1249 m3/hr)

Maximum Operating Pressure

175 PSI (12 bar)

Flange Connections U.S. ANSI B16.1 / AWWA Class 125

Test Ports NPT

Register Fully electronic sealed register with programmable registration (Gal. / Cu. Ft. / Cu. Mtr. / Imp. Gal. / Acre Ft.)

Programmable AMR/AMI reading and pulse outputs Guaranteed 10-year battery life

NSF Approved Materials

Maincase: Coated Ductile Iron Measuring Chamber: Thermoplastic Rotor “Floating Ball”: Thermoplastic Radial Bearings: Hybrid Thermoplastic Thrust Bearings: Sapphire/Ceramic Jewel

Magnets: Ceramic Strainer Screen: Stainless Steel Strainer Cover: Coated Ductile Iron Test Plug: Stainless Steel

SENSUS | 637 Davis Drive | Morrisville, NC 27560 | 800.638.3748

©2023 Sensus. All products purchased and services performed are subject to Sensus’ terms of sale, available at either sensus.com/TC or 1-800-638-3748. Sensus reserves the right to modify these terms and conditions in its own discretion without notice to the customer. The Sensus logo is a registered trademark of Sensus.

This document is for informational purposes only, and SENSUS MAKES NO EXPRESS WARRANTIES IN THIS DOCUMENT.

FURTHERMORE, THERE ARE NO IMPLIED WARRANTIES, INCLUDING WITHOUT LIMITATION, WARRANTIES AS TO FITNESS FOR A PARTICULAR PURPOSE AND MERCHANTABILITY. ANY USE OF THE PRODUCTS THAT IS NOT

SPECIFICALLY PERMITTED HEREIN IS PROHIBITED.

Xylem.com | Sensus.com

OMNI+™ Fireline (F²) Water Meter 4”, 6”, 8” and 10”

Headloss Curves

10" F2 Pressure Loss Curve with Strainer

0 25 50 100 500 1000 2500 5500 2500

Rate of Flow (GPM)

Pr es su re

L os s (P

SI

4" F2 Pressure Loss Curve with Strainer

0 10 50 100 200 300 600 1000 1250

Rate of Flow (GPM)

Pr es su re

L os s (P

SI

6" F2 Pressure Loss Curve with Strainer

0 25 50 100 500 1000 1500 2000 2500

Rate of Flow (GPM)

Pr es su re

L os s (P

SI

8" F2 Pressure Loss Curve with Strainer

0 25 50 100 500 1000 2000 3500 2500

Rate of Flow (GPM)

Pr es su re

L os s (P

SI

4" F2 Accuracy Curve

0 .5 1.5 10 50 100 200 300 600 1000

101.5

98.5

Rate of Flow (GPM)

A cc ur ac y

6" F2 Accuracy Curve

0 1 3.0 25 50 100 500 1000 1500 2000 2500

101.5

98.5

Rate of Flow (GPM)

A cc ur ac y

10" F2 Accuracy Curve

0 3 6 25 50 100 500 1000 2500 5500 2500

101.5

98.5

Rate of Flow (GPM)

A cc ur ac y

8" F2 Accuracy Curve

0 3 6 25 50 100 500 1000 2000 3500 2500

101.5

98.5

Rate of Flow (GPM)

A cc ur ac y

WDS-10018-09

OMNI+ Turbo (T²) Water Meter 1-1/2”, 2”, 3”, 4”, 6”, 8” and 10” The OMNI™+ T² meter operation is based on advanced Floating Ball Technology

(FBT).

Performance

The patented measurement principles of the OMNI+ T² meter ensure greater accuracy, expanded accuracy range and longer service life than any other comparable class meter. The OMNI+ T² meter has no restrictions on sustained flow rates within its continuous range. The floating ball measurement technology allows installation in any orientation and flows up to maximum rated capacity without undue wear or accuracy degradation.

Construction

The OMNI+ T² meter consists of two basic assemblies; the maincase and the measuring chamber. The measuring chamber assembly includes the “floating ball” impeller with a coated titanium shaft, hybrid axial bearings, integral flow straightener and an all electronic programmable register with protective bonnet. The maincase is made from industry proven Ductile Iron with an approved NSF epoxy coating.

Maincase features are; easily removable measuring chamber, unique chamber seal to the maincase using a high pressure o-ring, testing port and a convenient integral strainer.

OMNI+ Electronic Register

The OMNI+ electronic register is hermetically sealed with an electronic pickup containing no mechanical gearing. The OMNI+ register features a programmable totalizer registration, an optional digital pulse signal, AMI/ AMR reading digits, and a resettable test totalizer. The large, easy-to-read LCD also displays both forward and reverse flow directions. The OMNI+ tamper-proof security cover can be positioned in any of 270 degrees of rotation, with indexing points at each of the 90-degree customary register viewing positions.

Magnetic Drive

Meter registration is achieved by utilizing a fully magnetic pickup system. This is accomplished by the magnetic actions of the embedded rotor magnets and the ultra sensitive register pickup probe. The only moving component in water is the “floating ball” impeller.

Measuring Element

The hydro-dynamically balanced impeller floats between the bearings. The Floating Ball Technology (FBT) allows the measuring element to operate virtually without friction or wear, thus creating the extended upper and lower flow ranges capable on only the OMNI+ T² meter.

OMNI™+ REGISTER DISPLAY

Conformance to Standards

The OMNI+ T² meter meets and far exceeds the most recent revision of AWWA Standard C701 class II standards.

Each meter is performance tested to ensure compliance. All OMNI meters are NSF/ANSI Standard 61, Annex F and G approved.

Totalizer ViewSegment Test View

Flow Rate ViewNotification View

OMNI+ Turbo (T²) Water Meter 1-1/2”, 2”, 3”, 4”, 6”, 8” and 10”

OMNI T²: 1-1/2”

OMNI T²: 2”

E

D

F – Bolt Circle G – No. of Bolts H – Size of Bolts

Direction of Flow

A

C

B

J

Strainer Screen Maincase T2 Rotor

Strainer Cover

Register with Pulse and AMR

Test Plug

Measuring Chamber Assembly

E

D

F – Bolt Circle G – No. of Bolts H – Size of Bolts

Direction of Flow

A

C

B

J

Strainer Screen Maincase T2 Rotor

Strainer Cover

Register with Pulse and AMR

Test Plug

Measuring Chamber Assembly

Strainer

The OMNI+ T² with the AWWA compliant “V” shaped strainer uses a stainless steel screen along with Floating Ball Technology (FBT). This creates a design that greatly improves accuracy, even in difficult settings. A removable strainer cover permits easy access to the screen for routine maintenance.

AMR/AMI Systems

Meters and Electronic Registers are compatible with current Sensus AMR/AMI systems and other AMI communication systems that use the Sensus UI1203 protocol.

Maintenance

The OMNI+ T² meter is designed for easy maintenance. Should any maintenance be required, the measuring chamber and/ or strainer cover can be removed independently. Replacement parts or complete measuring chambers are available for repairs. OMNI+ T² replacement measuring chambers may also be utilized to upgrade some third-party meters to achieve increased accuracy and extended service life.

Data Logging

The OMNI+ T² meter logs 180 days of hourly consumption data.

1-1/2”, 2”, 3”, 4”, 6”, 8” and 10”

OMNI T²: 3” - 6”

OMNI T²: 8” - 10”

E

D

F – Bolt Circle G – No. of Bolts H – Size of Bolts

Direction of Flow

A

C

B

J

Strainer Screen Maincase T2 Rotor

Strainer Cover

Register with Pulse and AMR

Test Plug

Measuring Chamber Assembly

E

D

F – Bolt Circle G – No. of Bolts H – Size of Bolts

Direction of Flow

A

C

B

J

Strainer Screen

Maincase T2 Rotor

Strainer Cover

Register with Pulse and AMR Test

PlugMeasuring Chamber Assembly

DIMENSIONS AND NET WEIGHTS

Meter and Pipe Size

Normal Operating Range

Connections A B C D E F G H J Net

Weight Shipping Weight

1-1/2” DN

40mm

1.25 gpm .28 m3/hr

200 gpm 45 m3/hr

Flanged 13”

330mm 8-1/2”

216mm 15/16” 24mm

5-7/16” 138mm

2-5/16” 59mm

4” 102mm

5/8”

16mm 1”

25mm

18.8 lbs.

8.53 kg.

22.5 lbs.

10.2 kg.

2” DN

50mm

1.5 gpm .34 m3/hr

250 gpm 57 m3/hr

Flanged 17”

432mm 8-1/2”

216mm 1”

25mm 5-3/4”

146mm 2-5/16” 59mm

4-1/2” 114mm

3/4”

19mm 1-1/2” 38mm

27.4 lbs.

12.4 kg.

34.5 lbs.

15.6 kg.

2” w/o Strainer

DN 50mm

1.5 gpm .34 m3/hr

250 gpm 57 m3/hr

Flanged 10”

254mm 8-1/2”

216mm 1”

25mm 5-3/4”

146mm 2-5/16” 59mm

4-1/2” 114mm

3/4”

19mm N/A

17.4 lbs.

7.9 kg.

24.5 lbs.

11.1 kg.

3” DN

80mm

2.5 gpm .57 m3/hr

650 gpm 148 m3/hr

Flanged 19”

483mm 11-1/4” 286mm

3/4” 19mm

7-7/8” 200mm

4-1/8” 105mm

6” 153mm

5/8”

16mm 2”

51mm

48.5 lbs.

22.0 kg.

57.4 lbs.

26.0 kg.

4” DN

100mm

3.0 gpm .68 m3/hr

1250 gpm 284 m3/hr

Flanged 23”

584mm 11-3/4” 299mm

15/16” 24mm

9-1/8” 232mm

4-3/4” 121mm

7-1/2” 191mm

5/8”

16mm 2”

51mm

67.9 lbs.

30.8 kg.

75.8 lbs.

34.4 kg.

6” DN

150mm

4 gpm .91 m3/hr

2500 gpm 568 m3/hr

Flanged 27”

686mm 14”

355mm 15/16” 24mm

11” 279mm

5-3/4” 146mm

9-1/2” 241mm

3/4”

19mm 2”

51mm 140 lbs.

63.5 kg.

165 lbs.

74.8 kg.

8” DN

200mm

5 gpm

1.1 m3/hr

3500 gpm 795 m3/hr

Flanged 30-1/8” 765mm

16-1/2” 419mm

11/16” 17mm

13-1/2” 343mm

6-3/4” 171mm

11-3/4” 298mm

3/4”

19mm 2”

51mm 471 lbs.

214 kg.

521 lbs.

236 kg.

10” DN

250mm

6 gpm

1.4 m3/hr

5500 gpm 1249 m3/hr

Flanged 41-1/8”

1045mm 19”

483mm 11/16” 17mm

16” 406mm

8-1/2” 216mm

14-1/4” 362mm

7/8”

22mm 2”

51mm 685 lbs.

311 kg.

745 lbs.

338 kg.

1-1/2”, 2”, 3”, 4”, 6”, 8” and 10”

SPECIFICATIONS

Service Measurement of potable and reclaim water. IP68 Rated.

Storage temperature:

-22 °F (-30 °C) to 155 °F (68.3 °C)

Operating temperatures:

Air: -22 °F (-30 °C) to 150F (65.6 °C) Water: 33 °F (0.6 °C) to 80 °F (26.7 °C)

Operating Range (100% ± 1.5%)

1-1/2”: 1.25 – 200 GPM (0.28 - 45 m3/hr) 2”: 1.5 – 250 GPM (0.34 - 57 m3/hr) 3”: 2.5 – 650 GPM (0.57 - 148 m3/hr) 4”: 3 – 1250 GPM (0.68 - 284 m3/hr)

6”: 4 – 2500 GPM (0.91 - 568 m3/hr) 8”: 5 – 3500 GPM (1.1 - 795 m3/hr) 10”: 6 – 5500 GPM (1.4 - 1249 m3/hr)

Low flow (95% – 101.5%)

1-1/2”: 0.75 GPM (0.17 m3/hr) 2”: 1.0 GPM (0.23 m3/hr) 3”: 1.5 GPM (0.34 m3/hr) 4”: 2.0 GPM (0.45 m3/hr)

6”: 2.5 GPM (0.57 m3/hr) 8”: 4 GPM (0.91 m3/hr) 10”: 5 GPM (1.1 m3/hr)

Maximum Continuous Operation

1-1/2”: 160 GPM (36 m3/hr) 2”: 200 GPM (45 m3/hr) 3”: 500 GPM (114 m3/hr) 4”: 1000 GPM (227 m3/hr)

6”: 2000 GPM (454 m3/hr) 8”: 3500 GPM (795 m3/hr) 10”: 5500 GPM (1249 m3/hr)

Maximum Intermittent Operation

1-1/2”: 200 GPM (45 m3/hr) 2”: 250 GPM (57 m3/hr) 3”: 650 GPM (148 m3/hr) 4”: 1250 GPM (284 m3/hr)

6”: 2500 GPM (568 m3/hr) 8”: 4700 GPM (1067 m3/hr) 10”: 7000 GPM (1590 m3/hr)

Pressure Loss 1-1/2”: 6.9 psi @ 160 GPM (0.48 bar @ 36 m3/hr) 2”: 7.0 psi @ 200 GPM (0.48 bar @ 45 m3/hr) 3”: 5.1 psi @ 500 GPM (0.35 bar @ 114 m3/hr) 4”: 8.7 psi @ 1000 GPM (0.60 bar @ 227 m3/hr)

6”: 8.2 psi @ 2000 GPM (0.57 bar @ 454 m3/hr) 8”: 5.1 psi @ 3500 GPM (0.35 bar @ 795 m3/hr) 10”: 7.2 psi @ 5500 GPM (0.50 bar @ 1249 m3/hr)

Maximum Operating Pressure

200 PSI (13.8 bar)

Flange Connections U.S. ANSI B16.1 / AWWA Class 125

Test Ports NPT

Register Fully electronic sealed register with programmable registration (Gal. /Cu.Ft./ Cu. Mtr. / Imp. Gal. / Acre Ft.)

Programmable AMR/AMI reading and pulse outputs Guaranteed 10-year battery life

NSF Approved Materials

Maincase: Coated Ductile Iron Measuring Chamber: Thermoplastic Rotor “Floating Ball”: Thermoplastic Radial Bearings: Hybrid Thermoplastic Thrust Bearings: Sapphire/Ceramic Jewel

Magnets: Ceramic Strainer Screen: Stainless Steel Strainer Cover: Coated Ductile Iron Test Plug: Stainless Steel

1-1/2”, 2”, 3”, 4”, 6”, 8” and 10”

Headloss Curves

1.5" T2 Pressure Loss Curve with Strainer

0 .75 1.25 7 15 30 50 80 100 160 200

Rate of Flow (GPM)

Pr es su re

L os s (P

SI

2" T2 Pressure Loss Curve with Strainer

0 1.0 1.5 7 15 30 50 80 100 200 250

Rate of Flow (GPM)

Pr es su re

L os s (P

SI

2" T2 Pressure Loss Curve without Strainer

0 1.0 1.5 7 15 30 50 80 100 200 250

Rate of Flow (GPM)

Pr es su re

L os s (P

SI

Pressure Loss Curve with Strainer

4" T2 Pressure Loss Curve with Strainer

0 10 50 100 200 300 600 1000 1250

Rate of Flow (GPM)

Pr es su re

L os s (P

SI

1.5" T2 Accuracy Curve

0 .75 1.25 7 15 30 50 80 100 160 200

101.5

98.5

Rate of Flow (GPM)

A cc ur ac y

2" T2 Accuracy Curve

0 1.0 1.5 7 15 30 50 80 100 200 250

101.5

98.5

Rate of Flow (GPM) A cc ur ac y

3" T2 Accuracy Curve

0 1.5 2.5 10 50 100 200 300 400 500 650

101.5

98.5

Rate of Flow (GPM)

A cc ur ac y

4" T2 Accuracy Curve

0 2.0 3.0 10 50 100 200 300 600 1000 1250

101.5

98.5

Rate of Flow (GPM)

A cc ur ac y

©2023 Sensus. All products purchased and services performed are subject to Sensus’ terms of sale, available at either sensus.com/TC or 1-800-638-3748. Sensus reserves the right to modify these terms and conditions in its own discretion without notice to the customer. The Sensus logo is a registered trademark of Sensus.

This document is for informational purposes only, and SENSUS MAKES NO EXPRESS WARRANTIES IN THIS DOCUMENT.

FURTHERMORE, THERE ARE NO IMPLIED WARRANTIES, INCLUDING WITHOUT LIMITATION, WARRANTIES AS TO FITNESS FOR A PARTICULAR PURPOSE AND MERCHANTABILITY. ANY USE OF THE PRODUCTS THAT IS NOT

SPECIFICALLY PERMITTED HEREIN IS PROHIBITED.

Xylem.com | Sensus.com

OMNI+ Turbo (T²) Water Meter 1-1/2”, 2”, 3”, 4”, 6”, 8” and 10”

Headloss Curves

10" T 2 Pressure Loss Curve with Strainer

0 25 50 100 500 1000 2000 5500 2500

Rate of Flow (GPM)

Pr es su re

L os s (P

SI

6" T2 Pressure Loss Curve with Strainer

0 25 50 100 500 1000 1500 2000 2500

Rate of Flow (GPM)

Pr es su re

L os s (P

SI

8" T 2 Pressure Loss Curve with Strainer

0 25 50 100 500 1000 2000 3500 2500

Rate of Flow (GPM)

Pr es su re

L os s (P

SI

10" T2 Accuracy Curve

0 3 6 25 50 100 500 1000 2500 5500 2500

101.5

98.5

Rate of Flow (GPM)

A cc ur ac y

6" T2 Accuracy Curve

0 2.5 4.0 25 50 100 500 1000 1500 2000 2500

101.5

98.5

Rate of Flow (GPM)

A cc ur ac y

8" T 2 Accuracy Curve

0 4 5 25 50 100 500 1000 2000 3500 2500

101.5

98.5

Rate of Flow (GPM) A cc ur ac y

WDS-10006-08

iPERL Smart Water Meter Electromagnetic Flow Measurement System Sensus iPERL® smart water meters are designed to capture both lost water and lost revenue. The innovative magnetic technology delivers unmatched low flow registration and minimal pressure loss. With no moving parts, iPERL maintains its accuracy over a 20 year lifetime and is equipped with smart water alarms – delivering the intelligence you need to quickly resolve issues in the field.

Industry Leading Performance

The patented measurement technology of the iPERL water meter provides continuous and enhanced accuracy ranges at both low and high flows and perpetual accuracy over the life of the product. The iPERL meter has a 20-year accuracy warranty and a 20-year battery life guarantee. Over this 20-year lifespan, your iPERL will measure just as accurately as the day it was installed.

Construction

The iPERL meter body is available in two versions. The first version has a flow tube that is comprised entirely of composite polymer. The second version is comprised of lead-free bronze alloy with a composite polymer core. Both versions use the same thermal polymer shell with the same electronic register inside.

Electronic Register

The 9-digit hermetically-sealed electronic register with LCD display was designed to eliminate dirt, water, and moisture contamination in pit settings. The large, easy-to-read display includes AMI/AMR digits, direction of flow, units of measure, and empty pipe detection. The AMI/AMR digits and units of measure are fully programmable. The register also provides user configurable data logging.

Solid State Electromagnetic Technology

By avoiding the use of a mechanical measuring element inside the flow tube, metering performance is linear over the entire flow range – ensuring no reduction in accuracy at any flow rate over the life of the meter. The iPERL meter uses our patented remanent magnetic field technology – requiring far less energy and delivering superior accuracy.

Tamperproof

The integrated construction of the iPERL water meter prevents removal of the register to obtain free water. The magnetic tamper and low field alarms will both indicate any attempt to tamper with the magnetic field of the iPERL meter. The meter communication alarm indicates a possible cut cable.

Alarms

Quick resolution of field issues is made possible with smart water alarms including leak detection, reverse flow, empty pipe, magnetic tamper and low battery. When integrated with our FlexNet® communication network, remotely gathering and transmitting data has never been more reliable or profitable.

BENEFITS

� Maximize investment with iPERL’s electromagnetic technology, which delivers a 20-year accuracy warranty, with no required maintenance, and no loss in accuracy over 20 years

� Smart alarms detect issues such as leaks, reverse flow, empty pipe, etc.

� Improve low flow accuracy to drive additional revenue

FEATURES

� 5/8”, 5/8” x 3/4”, 3/4” and 1” sizes available in potable and reclaim versions

� 3/4” and 1” available in residential fire service (UL 327b)

� Starts registering flow as low as 0.03 gpm (0.007 m³/hr)

� Can be installed horizontally, vertically or diagonally

� Compatible with current Sensus AMI/ AMR systems iPERL Smart Water Meter Electromagnetic Flow Measurement System

SPECIFICATIONS

Service Measurement of potable and reclaim water, and Residential Fire Service (UL 327b). 0-100% humidity. Fully submersible. IP68+ rated.

Temperature Ranges Water operating:

Ambient air operating:

Storage air:

33 °F (0.55 °C) to 80 °F (26.7 °C) -22 °F (-30 °C) to 140 °F (60 °C) -30 °F (-34.4 °C) to 158 °F (70 °C)

Starting Flow 5/8” (DN 15 mm) size: 0.03 gpm (0.007 m3/h)

5/8” x 3/4” (DN 15x20 mm) size: 0.03 gpm (0.007 m3/h)

3/4” (DN 20 mm) size: 0.03 gpm (0.007 m3/h)

1” (DN 25 mm) size: 0.11 gpm (0.025 m3/h)

Low Flow Range (±3%)

5/8” (DN 15 mm) size: >0.10 gpm (0.025 m3/hr) to <0.18 gpm (0.041 m3/hr)

5/8” x 3/4” (DN 15 mm) size:

>0.10 gpm (0.025 m3/hr) to <0.18 gpm (0.041 m3/hr)

3/4” (DN 20 mm) size: >0.10 gpm (0.025 m3/hr) to <0.18 gpm (0.041 m3/hr)

1” (DN 25 mm) size: >0.3 gpm (0.068 m3/hr) to <0.4 gpm (0.09 m3/hr)

Normal Water Operating Flow Range (±1.5%)

5/8” (DN 15 mm) size: 0.18 to 25 gpm (0.04 to 5.7 m3/hr)

5/8” x 3/4” (DN 15x20 mm) size: 0.18 to 35 gpm (0.04 to

8.0 m3/hr)

3/4” (DN 20 mm) size: 0.18 to 35 gpm (0.04 to 8.0 m3/hr)

1” (DN 25 mm) size: 0.4 to 55 gpm (0.09 to 12.5 m3/hr)

Maximum Operating Pressure

5/8’’, 5/8” x 3/4”, and 3/4’’ size: 200 psi (13.8 bar) 1’’ size: 175 psi (12.1 bar)

Measurement Technology

Solid state electromagnetic flow

Register Hermetically sealed, 9-digit programmable electronic register

Capacity 10,000,000 gallons, 1,000,000 cubic feet or 100,000 m3 capacity

Register Resolution .01 gallons/imperial gallons, .001 cubic foot, or .0001 m3

Conformance to Standards

Meets the requirements of NSF 61, Annex G and NSF 372.

Exceeds the most current revision of AWWA Standard C-715.

Materials External housing – Thermal polymer Flowtube – Composite polymer or a bronze alloy flowtube with a composite polymer internal core

Electrode – Silver/silver chloride Register cover – Hermetically sealed glass

Smart Alarms iPERL meters have many configurable smart alarms designed to protect your utility’s investment, enhance customer service, and monitor/optimize distribution systems. These alarms include:

� Empty Pipe Detects the absence of water in the flow tube and sends an alert. Allows you to identify main breaks downstream and water shortages for quicker resolution to ensure water availability. This alarm can also indicate the water meter has been removed from service, or notify you of potential tamper.

� Tampering Detect magnetic interference to reduce…