The Fluid Flow Trainer is constructed of working flow path equipment that dramatically increases visual learning and comprehension. Students actually get to see how their inputs cause dynamic changes in a real-time, operating fluid system.
Many different characteristics of fluid flow can be demonstrated, including (but not limited to):
Cavitation effects on pumps and motors
Water hammer
Head loss calculations
Centrifugal and positive displacement pump operations
Single, parallel, and series pump operating characteristics
Proper fill, drain, and vent of systems
Implications of and damage due to improper filling and venting
Heat generation, transfer, and removal
Void characteristics and management
Filter and strainer applications
Flow changes due to different pipe sizes
System losses due to various components
Dynamic and laminar flow characteristics
Valve throttling
Practical, monitored, hands-on application in a low-stress environment has been shown to be the best way to reinforce initial and continuing training. Your students and employees will go into the field with a greater understanding and knowledge of their systems and job requirements, helping your company to become an industry leader in your field.
The Fluid Flow Trainer is constructed of working flow path equipment that dramatically increases visual learning and comprehension. Students actually get to see how their inputs cause dynamic changes in a real-time, operating fluid system.
Many different characteristics of fluid flow can be demonstrated, including (but not limited to):
Cavitation effects on pumps and motors
Water hammer
Head loss calculations
Centrifugal and positive displacement pump operations
Single, parallel, and series pump operating characteristics
Proper fill, drain, and vent of systems
Implications of and damage due to improper filling and venting
Heat generation, transfer, and removal
Void characteristics and management
Filter and strainer applications
Flow changes due to different pipe sizes
System losses due to various components
Dynamic and laminar flow characteristics
Valve throttling
Practical, monitored, hands-on application in a low-stress environment has been shown to be the best way to reinforce initial and continuing training. Your students and employees will go into the field with a greater understanding and knowledge of their systems and job requirements, helping your company to become an industry leader in your field.