Skip to content
  • USA STOREFRONT
  • CANADA STOREFRONT
  • SUPPORT
  • WARRANTY
  • RMA
  • CONTACT SALES
  • Search
Back Home
  • About Us
    • About ADS
    • IDEX Corporation
    • ACCUSONIC
  • Solutions
    • Screening Level Assessment
    • Blockage Prediction & Prevention Solutions
    • CSO Monitoring & Reporting Solutions
    • I/I Reduction Solutions
    • Capacity Management Solutions
    • Accurate Billing Solutions
  • Products and Services
    • FlowSIGHT
    • PRISM™
      • SLiiCER®
      • Blockage PREDICT™
    • TRITON+®
      • ParaFlow™
    • ECHO™
    • ForeSITE™-UL
    • RainAlert III
    • ACCUSONIC Flowmeters
    • Services
    • D-Site
    • I-Site
  • Resources
    • News
    • Literature
    • Video Library
    • Product Manuals
    • White Papers
    • Industry Articles
    • Software Downloads
    • Sewer Sociology
    • Scattergraph Principles
    • Webinars
  • Contact Us
    • Sales Contact
    • Customer Support
    • Careers
    • Warranty Submittal
Back Home
  • Search
  • About Us
    • About Us
    • IDEX Corporation
    • ACCUSONIC
  • Solutions
    • Screening Level Assessment
    • Blockage Prediction and Overflow Prevention Solutions
    • CSO Monitoring and Reporting
    • I/I Reduction Solutions
    • Capacity Management
    • Accurate Sewer Billing
  • Products and Services
    • FlowSIGHT
    • PRISM™
      • SLiiCER®
      • Blockage PREDICT
    • TRITON+®
      • ParaFlow™
    • ECHO™
    • ForeSITE-UL
    • RainAlert® III
    • ACCUSONIC Flowmeters
    • Services
    • D-Site
    • I-Site
  • Resources
    • News
    • Literature
    • Video Library
    • ADS Product Manuals
    • White Papers
    • Industry Articles
    • Software Downloads
    • Sewer Sociology
    • Scattergraph Principles
    • Webinars
  • Contact Us
    • Sales Contact
    • Customer Support
    • Careers
    • Warranty Submittal
  • USA Storefront
  • Canada Storefront
Flow, level, and hydraulic concepts

What is closed-channel (pressurized) flow?

Published January 29, 2026
A

What is closed-channel (pressurized) flow?

Closed-channel flow occurs when a pipe runs full under pressure, such as in a force main or pressurized water line, where flow is usually measured with in-line meters.​

You may also like

There is a gap in the monitor data. How can I fill in this gap?
Published January 23, 2026

There is a gap in the monitor data. How can I fill in this gap?

Import a csv data file from ADS Profile or Q start XML to fill in the data gap or back-collect the data […]

Can I create new User accounts in PRISM?
Published January 23, 2026

Can I create new User accounts in PRISM?

Yes. If you have the appropriate user permission, click on USERS under the ADMIN tab. Then choose the Add New User icon […]

What is Meant by “Hydraulics at High d/D”?
Published January 29, 2026

What is Meant by “Hydraulics at High d/D”?

• In circular pipes, velocity at partial flow can exceed the full-flow velocity, with maximum velocity typically occurring around d/D ≈ 0.8.• […]

Can I not save the parameters I enter to generate graphs? I do not want to enter the same information each time I graph the data.
Published January 23, 2026

Can I not save the parameters I enter to generate graphs? I do not want to enter the same information each time I graph the data.

The ability to save templates is recognized as needed and will be available in PRISM in the near future.

Post navigation

  • Previous post What is open-channel flow?
  • Back to post list
  • Next post What is a diurnal flow pattern?

CORPORATE OFFICE


  • 340 The Bridge Street, Suite 204
  • Huntsville AL 35806

CONTACTS


  • E. adsinfo@idexcorp.com
  • T. 800 633 7246

DOCUMENTATION


  • Legal Notice     |     Your Privacy Rights
  • Intellectual Property
  • ADS Terms and Conditions
  • PRISM User Agreement
  • PRISM Privacy Policy
  • ADS Web Privacy Statement
  • ADS Cookie Notice
  • ADS Process and Specifications 

© 2026 ADS – All rights reserved

Powered by WP – Designed with the Customizr theme