Fire Protection Hyd. Supply
Standard letter grades
Contact hours total
FIRE 101, FIRE 102, FIRE 120, FIRE 175, FIRE 205, and MTH 098 (or higher) or minimum placement Math Level 14.
Provides a foundation of theoretical knowledge in the principles of the use of water in fire protection and in the application of hydraulic principles to analyze and solve water supply problems. This course is a FESHE non-core requirement and is equivalent to NFA C0277 and DPSST certification in NFPA Pumper Operator.
The following learning outcomes are those of the National Fire Academy (NFA).
1. Apply mathematics and physics to the movement of water in fire suppression activities.
2. Describe the design principles of fire service pumping apparatus.
3. Analyze community fire flow demand criteria.
4. Demonstrate, through problem solving, a thorough understanding of the principles of forces that affect water at rest and in motion.
5. Develop and demonstrate the skills necessary for the student to operate as an engineer at a mock scene of a fire or other emergency in a safe and effective manner.
• Water as an extinguishing agent - physical properties, terms and definitions
• Math review - fractions ratios, proportions, and percentages, powers and roots
• Water at rest - basic principles of hydrostatics, pressure and force, six principles of fluid pressure, pressure as a function of height and density, atmospheric pressure, measuring devices for static pressure
• Water in motion - basic principles of hydrokinetics, measuring devices for measuring flow, relationship of discharge velocity, orifice size, and flow
• Water distribution systems - water sources, public water distribution systems, private water, distribution systems, friction loss in piping systems, fire hydrants and flow testing
• Fire pumps - pump theory, pump classifications, priming systems, pump capacity, pump gauges and control devices, testing fire pumps
• Fire streams - calculating fire flow requirements, effective horizontal and vertical reach
appliances for nozzles, performance of smooth-bore and combination nozzles, hand-held lines, master streams, nozzle pressures and reaction, water hammer and cavitations
• Friction loss - factors affecting friction loss, maximum efficient flow in fire hose, calculating friction loss in fire hose, friction loss in appliances, reducing friction loss
• Engine pressures - factors affecting engine pressure
• Standpipe and sprinkler systems - classifications, components, supplying systems
This course requires students to purchase a textbook.
Grades in this course may be determined with: homework, group exercises, exams/quizzes, group project, task performance evaluations (TPE), skills sheets, and a final exam.