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Fire Flow Test Request Form

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FIRE FLOW TEST REQUEST FORM

Parties and Recitals

WHEREAS, Requesting Party: of Address: seeks to obtain a fire flow test at the location specified below; and

WHEREAS, Service Provider: (the "Provider") is authorized to conduct such fire flow tests and to charge fees as set forth herein; and

WHEREAS, the parties agree that the Provider will perform the fire flow test in accordance with the Scope of Work and Payment Terms set forth in this form and by executing below the Requester affirms acceptance of the terms and conditions herein.

Project and Test Location

Requested Test Date:    Preferred Start Time:    Estimated Duration:

Scope of Work

The Provider shall perform a fire flow test at the hydrant(s) and location(s) identified above. Services to include hydrant isolation, static/residual pressure readings, pitot gauge measurements, calculated flow rates, and delivery of a written test report. The Provider shall comply with applicable safety standards and use suitably calibrated equipment.

Safety, Access, and Notifications

Requester certifies that the Provider will be granted safe, unimpeded access to hydrants and that any required traffic control, lane closures, or permits will be provided by the Requester unless otherwise agreed in writing. Test activities may cause temporary loss of pressure or water discoloration.

Payment Terms

Requester agrees to pay Provider the fees for the fire flow test as set forth below. Fees are non-refundable except as expressly provided. Provider may suspend services for non-payment in accordance with the Term and Termination provisions below.

Term and Termination

This agreement commences on Start Date and continues until End Date unless earlier terminated in accordance with this section.

Start Date:    End Date:

Confidentiality

Each party shall keep confidential all non-public technical, commercial, and financial information obtained in connection with this request and the test results. Confidential information shall not be disclosed except to employees, contractors, or consultants who have a strict need to know and who are bound by confidentiality obligations at least as protective as those stated herein. This obligation survives termination for a period of three (3) years.

Acknowledged:   Requester acknowledges and agrees to the confidentiality obligations above.

Indemnity and Insurance

Requester shall indemnify, defend, and hold harmless Provider and its agents from and against all claims, liabilities, losses, and expenses arising out of Requester’s failure to obtain necessary permits, to provide safe access, or from Requester’s negligence. Provider shall maintain general liability insurance in amounts customary for similar services and shall provide proof of insurance upon reasonable request.

Governing Law

This agreement shall be governed by and construed in accordance with the laws of the jurisdiction specified below, without regard to conflict of law principles.

Entire Agreement

This document, together with any attachments and any written amendments signed by both parties, constitutes the entire agreement between the parties with respect to the fire flow test and supersedes all prior understandings, agreements, or representations, whether written or oral.

Acknowledgements and Warnings

Requester understands and accepts that performance of a fire flow test may temporarily lower water pressure or cause discolored water. Requester is responsible for notifying affected parties and for any consequential damages resulting from test activities unless caused by Provider’s gross negligence or willful misconduct. Provider shall take commercially reasonable steps to minimize impacts.

Requester certifies that all information provided in this form is true and accurate to the best of Requester’s knowledge and that Requester is authorized to request and approve this fire flow test at the location identified above.

Requesting Party - Print Name:

By:

Date:

Service Provider - Print Name:

By:

Date:

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What the Fire Flow Test Request Form Is

The Fire Flow Test Request Form is a standardized request used to schedule and record water flow tests on fire hydrants and supply mains. It captures site details, requested test parameters, responsible parties, and access instructions so municipal water utilities or fire departments can perform a controlled hydrant flow or static pressure measurement. Results document available flow rate, residual pressure, and pitot or gauge readings for fire protection design, insurance reviews, code compliance, or permitting. Accurate test records support sprinkler system sizing and municipal planning for fire protection infrastructure.

Why a Formal Request Matters

A formal request ensures tests are scheduled, safety protocols are followed, and results are recorded consistently for engineering, permitting, and insurance purposes. Using a standard form reduces miscommunication and creates a verifiable record that stakeholders can rely on for fire protection design and regulatory review.

Why a Formal Request Matters

Who Typically Prepares or Receives This Form

The Fire Flow Test Request Form is used by multiple parties to coordinate testing and capture authoritative results.

Each user has a distinct role: requesters supply site and contact data; testers collect measurements and certify results; reviewers rely on documented outcomes for decisions.

Core Sections of a Professional Fire Flow Test Request Form

A complete form organizes administrative items, test parameters, site access, and signature fields so results are defensible for engineering and regulatory use.

Site Details

Exact address, coordinates, hydrant ID, nearest cross streets, and map reference to ensure testers locate the correct hydrant without delay.

Requester Info

Name, company, phone, and email for day-of contact and follow-up reporting; include preferred contact hours and on-site representative.

Test Parameters

Requested pitot readings, residual pressure targets, or static-only measurements plus required nozzle size, test duration, and expected start time.

Access & Safety

Instructions for gate codes, site hazards, utility locates, traffic control needs, and availability of a site safety representative during testing.

Result Fields

Structured fields for measured static pressure, residual pressure, pitot readings, flow calculation, units, instrument calibration notes, and tester initials.

Certification

Signature block, date, and certification language for the tester to attest accuracy; include space for agency stamp or test number.

Required Data Elements on the Form

Hydrant ID: Unique hydrant identifier
Exact Address: Street, city, ZIP
Requestor Contact: Name and phone
Test Type: Static or flow
Measurement Units: PSI and GPM
Tester Signature: Printed name and date

Step-by-Step: Submitting a Fire Flow Test Request

Follow these steps to prepare and submit a clear, actionable request so the test can be scheduled and executed with accurate results.

  • 01
    Identify Hydrant: Confirm hydrant ID and exact location before completing the form.
  • 02
    Specify Test: Choose static or flow test and indicate nozzle size and measurement units.
  • 03
    Provide Contacts: List onsite and after-hours phone numbers for coordination.
  • 04
    Submit and Confirm: Send to the water utility or fire authority and request a scheduling confirmation.

How to Configure an Online Request Workflow

A simple digital workflow speeds scheduling, creates an audit trail, and ensures required fields are completed before submission.

Form Field Validation rule
Hydrant ID Field Required, alphanumeric format
Test Type Selector Dropdown: Static, Flow
Contact Phone Field Required, 10-digit format
Attachment Upload Optional: site map or permit

Typical Processing Flow After Submission

After you submit the form, the request moves through scheduling, testing, and result distribution stages that should be tracked for accountability.

  • Receive Request: Utility logs request and assigns a tracking number.
  • Schedule Test: Crew availability and traffic control coordinated.
  • Perform Measurement: Tester records readings and calculates flow.
  • Issue Report: Final report sent to requester and retained by agency.

How to Share and Sign the Form Electronically

Electronic submission and signing reduce turnaround and create verifiable audit trails when implemented with accepted platforms.

  • Document Formats: PDF, DOCX accepted
  • Authentication: Email or SMS code
  • Integrations: CRM and cloud storage

Choose a platform that supports audit trails, retains signed records, and meets any applicable regulatory or agency requirements.

Typical Timelines and Expectation Windows

Scheduling and reporting timelines vary by agency workload and test complexity; set realistic windows when requesting a test.

Request Acknowledgment:

1–5 business days typical

Scheduling Lead Time:

3–14 business days depending on crew availability

Test Duration:

30–90 minutes per hydrant

Report Turnaround:

1–7 business days after testing

Rush Requests:

May incur fees and shorter notice acceptance

Common Mistakes to Avoid

  • Submitting incomplete site data that delays scheduling and may require resubmission.
  • Failing to provide accurate contact details, resulting in missed tests or unsafe access attempts.
  • Requesting tests without coordinating utility locates or traffic control at busy sites.
  • Using ambiguous test instructions that produce unusable or nonstandardized measurement results.

Risks and Potential Consequences of Incorrect Requests

Permit Delay: Project approval pauses
Re-test Required: Additional scheduling and cost
Insurance Impact: Coverage disputes possible
Design Errors: Incorrect sprinkler sizing
Public Safety: Compromised response capability
Financial Cost: Fines or remediation expenses

Download, Save, and Export Options You Should Provide

Offer multiple export formats and retention options so recipients and agencies can archive signed reports according to their systems.

PDF Report

A flattened PDF with measurements, calculated flow, tester signature, and an embedded timestamp suitable for agency records and permitting.

CSV/Excel Output

Structured data export of raw measurements and metadata for engineering analysis or database ingestion.

Audit Trail

A separate log showing signer identity, IP address, and timestamps for compliance and verification.

Cloud Storage

Save copies directly to agency-approved repositories such as Box or Google Drive for centralized access.

How to Update or Revise a Submitted Request

If details change after submission, use a controlled amendment process to preserve the original record and capture the reason for changes.

01

Initiate Amendment:

Submit a revised request form referencing the original tracking number.
02

Describe Changes:

Clearly list what changed and why to maintain an audit trail.
03

Notify Tester:

Contact the scheduled crew to confirm acceptability of changes.
04

Reschedule if Needed:

If changes affect logistics, request a new test date.
05

Retain Versions:

Keep original and revised forms together for recordkeeping.
06

Confirm Acceptance:

Obtain written confirmation from the agency or tester.

Practical Tips for Accurate and Efficient Completion

These practices reduce rework and ensure measurement data is accepted by reviewers and designers.

Verify Hydrant Identification
Cross-check hydrant IDs against municipal GIS or utility maps and include GPS coordinates to avoid locating errors that cause delays or incorrect test data.
Provide Clear Access Instructions
Include gate codes, contact names, and hazard notes so crews arrive prepared and testing proceeds without aborts for access or safety reasons.
Specify Measurement Standards
State the pitot nozzle diameter, gauge calibration status, and units so results are comparable and suitable for system design calculations.
Attach Supporting Documents
Include site plans, hydrant photos, and permit references that reviewers need to correlate the test with the project and reduce follow-up questions.

Real-World Use Cases

Two examples illustrate why consistent documentation matters for permitting and design acceptance.

Municipal Permit Example

A developer requested flow tests to satisfy a building department condition

  • Test recorded residual pressure below threshold
  • The standardized report enabled an engineered mitigation plan and timely permit approval by showing documented flow at multiple hydrants.

Sprinkler Design Example

A fire protection engineer required certified flow data before finalizing sprinkler calculations

  • Crew provided pitot readings with calibration notes
  • The detailed form avoided conservative oversizing and reduced material costs while meeting code requirements.

Who Can Sign or Certify a Test

Fire Marshal

Local fire marshal or authorized designee may certify that testing was performed to municipal standards and can sign the report to satisfy code or permitting requirements.

Licensed Tester

A qualified utility technician or certified flow tester should sign and print name, include company, and record instrument calibration to validate the measurements.

Notarization and Witness Procedures for Certified Reports

Some agencies or legal processes require notarized certification or witnesses; these steps show typical authentication options.

01

In-Person Acknowledgement

Signer appears before a notary to acknowledge signature; notary completes certificate.

02

Remote Online Notary

Use RON where state law permits with identity proofing and recorded audio-video session.

03

Witness Requirement

If required by local ordinance, have one or two disinterested witnesses sign and print names.

04

Agency Stamp

Some utilities add an official stamp in lieu of notarization for internal validation.

05

Record Retention

Notaries retain journals per state notary law; RON may require multi-year retention.

06

Certificate Language

Include clear notarization wording required by the state to avoid invalidation.

07

Scheduling with Notary

Coordinate notary availability early to prevent test delays.

08

Fee Considerations

Notary or RON session fees may apply and vary by state.

How This Form Differs from a Hydrant Flow Data Sheet

The Fire Flow Test Request Form schedules and authorizes testing; a Hydrant Flow Data Sheet captures raw measurements at the time of testing.

Criteria Request Form Data Sheet
Primary Purpose schedule test record measurements
Who Completes requester/agency tester/technician
Required Fields site and contact data pitot and pressure values
Authentication signature or e-sign tester initials and calibration note

eSignature Pricing Comparison for Executing the Form

Basic pricing and feature differences influence which eSignature solution fits recurring flow-testing workflows; signNow appears first for clarity.

signNow DocuSign Adobe Sign PandaDoc HelloSign
Starting Price $8/user/mo $15/user/mo $14/user/mo $19/user/mo $15/user/mo
Free Trial 7-day free trial Check vendor Check vendor Check vendor Check vendor
Bulk Send Yes Yes Yes Yes Check vendor
Audit Trail Yes Yes Yes Yes Yes
Envelope Cap No cap 100 envelopes/user/year Check vendor Check vendor Check vendor

Frequently Asked Questions About the Form

Answers to common questions about completing, submitting, and validating Fire Flow Test Request Forms for typical municipal and design workflows.


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