FH Institute

Welcome to The Fluid Handling Institute!

We've taken all the professional training & educational materials we've provided over the years and revamped them, plus added some NEW features and items.

  • Updated Online PDH Correspondence Courses
  • Quality Videos
  • Webinars - Now Available!
  • Technical Papers
  • Plus, New & Improved In-person Classroom Seminars

Two NEW Instructor Led Classes Just Added!!

With the deadline approaching for your 2-year WI PDH credits requirement, the FH Institute has just added (2) NEW Instructor led classes... "Solar Thermal 2018" is a 2.0PDH class, and "Designing Systems to Accomodate Thermal Expansion" is a 2.5 PDH class. See below for more details.

Easy & Affordable Email Course Options

We've completely updated our email correspondence classes. Choose from (10) recently updated course options, ranging from 1 PDH to 3PDH. View the list of courses below. Click on 'More Details' to learn about class specifics. Please direct all questions to Bill Armstrong at 414-349-6660 or billarm@fluidh.com.

HOW TO TAKE A COURSE BY EMAIL
1. Browse the course offerings below.
2. Click on the 'More Details >>' text to view course description.
3. Click on 'REGISTER NOW >>>' text within course description(s) to register. You can register for multiple courses at once using one form.
4. Fluid Handling will email/call you to arrange payment, then send you course materials.
5. Take/Pass assigned quiz for course online and automatically receive your certificate of completion.

Pricing Structure for All Course Types

Online Correspondence Classes        $6/unit (Non-PDH)     $8/unit (PDH)
Webinar Classes                                 $8/unit (Non-PDH)     $10/unit (PDH)
Classroom Seminars                          $10/unit (Non-PDH)    $12/unit (PDH)

You can also Register for Course(s) HERE >>>


CTHERM100: Solar Thermal 2018 (2.0 PDH, $18)

Date Offered: June 27th - 8:30am to 10:15am

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Have you heard rumors Solar Thermal is dead? In this Instructor led course, we discuss that topic along with many other key elements of Solar Thermal (see below.) This course includes coffee/juice, rolls/doughnuts, take-home materials and your certificate of completion.

• Solar Radiation Basics, Quantity, Etc.
• Solar Collector Styles and Comparison
• Types of Systems (Pressurized, Drainback, Open)
• Design Considerations for Each Style
• Active Solar DHW with Auxiliary Heat
• Freeze Protection
• Stagnation Considerations
• Pumping Considerations
• System Accessories
• Rules of Thumb
• Solar Air Heaters for Warehouses, etc.
• Available Incentives
• The Proper Time & Place to Propose It

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CTHERM110: Designing Piping Systems to Accommodate Thermal Expansion (2.5 PDH, $21)

Date Offered: June 27th - 10:30am to 12:15pm

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This Instructor led course will answer many of the common questions regarding thermal expansion, for example:

• What is Pipe Stress and How Does It Occur?
• What's the Problem and Need I Worry About It?
• What Am I Charged to Do by Code?
• How to Estimate Natural Pipe Flexibility-a Couple Options
• Why and When to Use Piping Ball Joints

Other topics covered include pipe-stress software, comparing short-cut estimated methods vs. computer output, whether piping is inherently sufficiently flexible, using offsets, loops, etc., expansion devices & proper application/installation, main & intermediate anchor systems and minimally anchored or floating systems. This course includes lunch, take-home materials and your certificate of completion.

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STM100: Thermodynamic Properties of Steam

Date Offered: Online Correspondence Class – 2.5 PDH credits ($20)

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The purpose of this course is to understand the thermodynamic properties of steam, which affect the design and operation of steam heating systems and process steam systems. An understanding of the basic thermodynamics of steam allows us to properly size equipment and to design suitable piping systems. It also allows us to make informed decisions affecting the energy usage of the system.

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STM110: Applications Details

Date Offered: Online Correspondence Class – 2.0 PDH credits ($16)

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Improper piping of steam equipment, and failure to properly consider steam's thermodynamic properties and the effects of the bi-phase steam system, often results in early equipment failure and wasted energy. This course highlights some important details (and principles behind the details) as way to avoid these issues. Part I of the course discusses steam hammer and how to avoid it, proper piping of heat transfer equipment (with concentration on steam coils and shell and tube heat exchangers), and air venting. Part II addresses various ways to utilize heat in high temperature condensate, which might otherwise be lost as wasted flash steam. Three short videos supplement the course to support the written material. At the conclusion of the course, the student should have a better understanding of some of the ways that proper design can result in better equipment life and better use of steam's energy.

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STM130: Condensate Pumps

Date Offered: Online Correspondence Class – 2.0 PDH credits ($16)

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The purpose of this course is to provide the engineer with a good understanding of the factors involved in proper selection and application of condensate return units and boiler feed units. Proper selection and application lead to a properly-functioning system, one that consumes minimal energy and one that avoids undue maintenance costs. This course covers sizing of receivers and pumps, avoiding pump cavitation, material options, accessory selection, and application details. It covers both motor driven condensate pumps and pressure-powered pumps. It also discusses atmospherically-vented units vs. pressurized units. For optimum understanding, the student should have good understanding regarding the thermodynamics of steam, through past experience, or as presented in our course STM-100.

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HYD100: Centrifugal Pumps for Hydronic Heating & Cooling Systems

Date Offered: Online Correspondence Class – 2.5 PDH credits ($20)

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This course is designed to review the role of centrifugal pumps in hydronic systems, outline how centrifugal pumps move liquid, discuss the role and the construction of components of centrifugal pumps, discuss the different types of pumps used in hydronic applications, present some advantages and disadvantages of various pump types. The goal is to provide sufficient knowledge about centrifugal pumps to allow the system designer to select the proper pump type for a given project.

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HYD110: Calculating Flow & Head

Date Offered: Online Correspondence Class – 3.0 PDH credits ($24)

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The heart of a hydronic system is the pump. To make a sound pump selection, the system designer must be able to determine the flow of the system and the head, sometimes called total dynamic head (TDH) required of the pump. As opposed to a carelessly or inappropriately sized pump, a properly sized pump utilizes less energy, requires less maintenance, and may be quieter to operate. The purpose of this course is to discuss the factors involved in defining pump requirements properly.

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HYD120: Pump Selection for Hydronic Heating & Cooling Systems

Date Offered: Online Correspondence Class – 2.5 PDH credits ($20)

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The purpose of this course is to discuss the factors that go into making a proper pump selection. After taking the course, the student should understand how to read a pump curve, how to properly evaluate computer-generated pump selections, how to avoid net positive suction head issues and how to correct curves that are based on water for the presence of glycol solutions. In addition, a video teaches the student how to determine the point of pump operation in the field using a pressure gauge and a pump curve.

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HYD130: Expansion Tanks & Air Separators

Date Offered: Online Correspondence Class – 2.5 PDH credits ($20)

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This course will present the reasons that expansion tanks and air separators are required accessories in hydronic systems. Application factors are discussed, including factors involved in selection and sizing. Properly applied/located expansion tanks and air separators reduce corrosion, keep unsafe system pressures from occurring and can prevent early equipment failure resulting in considerable economic benefit.

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HYD140: System Curve

Date Offered: Online Correspondence Class – 1.5 PDH credits ($12)

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System curve is an important concept in understanding how pumps interact with the systems in which they are installed. System curve is especially important in understanding multiple pump systems and variable speed pumping systems, both of which are covered in courses to follow (HYD-150 and HYD-160). However, even in single pump systems, understanding the system curve can help the engineer optimize pump selections, particularly as it affects the "non-overloading specification." This course establishes a base level knowledge required for understanding of those topics.

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HYD150: Parallel and Series Pumping

Date Offered: Online Correspondence Class – 1.0 PDH credit ($8)

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Parallel pumping provides a good strategy for saving pumping energy at part load flow rates. Properly implementing a parallel strategy requires analysis using the system curve. The objective of this session is to present the tools for this analysis. Included are the special considerations required for selecting parallel pumps, including precautions required in using dissimilar pumps. Both closed and open system applications are presented. A brief section on series regarding series pumping is included, as well.

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HYD160: Avoiding Pump Suction Problems

Date Offered: Online Correspondence Class – 3.0 PDH credits ($24)

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Most pumping problems occur due to a deficiency on the suction side of the pump. The objective of this course is to provide guidelines to help avoid these problems. Part I of the course covers NPSH and NPSH safety margins, the role of entrained and dissolved air in creating suction-related problems, and guidelines for proper suction piping. Part II focuses on sump design, and though it is oriented toward indoor cooling tower sumps, the principles presented hold true for any sump that serves the suction side of a pump or pumps. Included are discussions of retention time, air release, providing steady, uniform flow to pump suction connections, and the avoidance of vortex creation. A brief look at suction structures is included. At the completion of the course, the student should possess a good understanding of proper suction-side design and how to avoid many of the common pitfalls that result in field problems. Note that emphasis is on HVAC and general industrial applications, as opposed to municipal/wastewater, although most principles discussed are universal.

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