Fire Sprinkler Hydraulic Calculations Workshop

Member: 

$950; AHJ: $250

Nonmember:

$1,250

This three-day, in-person workshop provides a deep dive into the principles of hydraulics including the different types of pressure, calculating changes in pressure (elevation and friction loss) and node analysis. Students will receive classroom instruction, work through examples, and validate the work through hydraulic calculation software.

Schedule / Enroll

Course Offering 1:        Enroll Individual Enroll Group

In-Person ClassroomIn-Person ClassroomIn-Person Classroom
May 10May 11May 12
8 AM – 5 PM
Dallas, Texas
8 AM – 5 PM
Dallas, Texas
8 AM – 3:30 PM
Dallas, Texas

Course Offering 2:        Enroll Individual Enroll Group

In-Person ClassroomIn-Person ClassroomIn-Person Classroom
AUG 8AUG 9AUG 10
8 AM – 5 PM
Exton, PA
8 AM – 5 PM
Exton, PA
8 AM – 3:30 PM
Exton, PA

Details

In this three-day, in-person workshop, students will understand and apply principles of hydraulics including the different types of pressure, calculating changes in pressure (elevation and friction loss) and node analysis. Students will apply factors for equivalent length adjustments based on pipe type, size, and system arrangement. Using the principles of hydraulics, students will select a remote area, perform hand calculations for tree systems, and identify and understand the different sections of the detailed hydraulic worksheet, and where to place the appropriate system information. Examples of calculations for sprinkler systems, water supply analysis, and simple loops are provided with a hands-on approach. Students will apply their knowledge to perform hand calculations. Then, students will utilize computer-based calculation software to demonstrate the impact of choices on system characteristics to determine effects on system demand and performance and validate the results.

Learning Objectives:

Upon completion of this workshop, participants will be able to:

  1. Identify occupancy classifications and minimum design criteria.
  2. Determine available water supply and compare system demands.
  3. Determine minimum starting flow and pressure.
  4. Identify forms of pressure loss.
  5. Apply the Hazen-Williams formula by changing variables (flow, roughness, and pipe size) to improve system performance.
  6. Determine the minimum water supply needed to support sprinkler system demand.
  7. Apply hydraulic principles to balance flows and pressure at junction points.
  8. Describe the output of hydraulic calculation software and appropriate input to obtain an acceptable result and identify common errors.

Credits & Approvals

  • 2.25 CEU; 22.5 NICET CPD
  • 22.5 CEU Florida Approved Credits

Prerequisites

This workshop is ideally suited for students seeking to attain a deeper understanding of hydraulic calculation principles for sprinkler systems, such as that required by NICET Level III Water-Based Systems Layout certification or equivalent.