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Webinar
Courses
1 hour
Compatible with mobile devices.
From temperature control of steam boilers in process lines to cleaning and a myriad of other applications, the use on variable speed constant pressure systems can improve process stability and repeatability, increase uptime and production, reduce energy consumption and costs, and provide other benefits in food processing facilities.
From temperature control of steam boilers in process lines to cleaning and a myriad of other applications, the use on variable speed constant pressure systems can improve process stability and repeatability, increase uptime and production, reduce energy consumption and costs, and provide other benefits in food processing facilities.
1 hour
Compatible with mobile devices.
Stepper motors provide the ultimate in precise control of dosing pumps in chemical feed applications. You will see how with infinitely variable speed control these motors enable vastly improved metering accuracy even at turndown ratios of up to 1000 to 1. You will see that even at very low flows injection accuracy is maintained when pumping liquids that are typically expensive or hazardous – where accuracy is paramount. It will be shown how stepper motors can independently vary the speed of the fore and back strokes – leading to steadier injection rates over time. The class will explain how these motors can provide accurate, repeatable, and reliable performance.
Stepper motors provide the ultimate in precise control of dosing pumps in chemical feed applications. You will see how with infinitely variable speed control these motors enable vastly improved metering accuracy even at turndown ratios of up to 1000 to 1. You will see that even at very low flows injection accuracy is maintained when pumping liquids that are typically expensive or hazardous – where accuracy is paramount. It will be shown how stepper motors can independently vary the speed of the fore and back strokes – leading to steadier injection rates over time. The class will explain how these motors can provide accurate, repeatable, and reliable performance.
1 hour
Compatible with mobile devices.
How can the use of a bladder tank help you to reduce power consumption and total life cycle costs for your pressure booster pumping system? How might it help you to optimize system performance? Can the savings and improvements go beyond just energy consumption? Are there standards or guidelines that should be followed? These and many other aspects of pressure boosting systems - and what they can tell us about Life Cycle Costs - will be explored in this important webinar.
How can the use of a bladder tank help you to reduce power consumption and total life cycle costs for your pressure booster pumping system? How might it help you to optimize system performance? Can the savings and improvements go beyond just energy consumption? Are there standards or guidelines that should be followed? These and many other aspects of pressure boosting systems - and what they can tell us about Life Cycle Costs - will be explored in this important webinar.
1 hour
Grundfos FireConnect is a cloud based monitoring system which provides real-time status of any fire pump system in your portfolio. Not only are you the first to know about a potential fire emergency, you also have vital information ready to provide fire responders which could potentially limit the damages.
Complete fire pump system information can be accessed 24/7 - anytime and anywhere - and can aid with monitoring, testing, maintenance and emergency response. It reduces the need for frequent onsite inspections, and in the event of an alarm or warning, the relevant people are notified.
1 hour
Compatible with mobile devices.
1 hour
Compatible with mobile devices.
Choice of the right dosing pump can help to assure that the system functions as intended. It is critical when pumping hazardous or expensive fluids that metering is done with a high degree of accuracy and repeatability. If a dosing pump of the wrong configuration or size is installed, processes may be negatively impacted, and unnecessary cost increases may be experienced. Learn how to avoid many of these costly mistakes by attending this short one-hour webinar.
Choice of the right dosing pump can help to assure that the system functions as intended. It is critical when pumping hazardous or expensive fluids that metering is done with a high degree of accuracy and repeatability. If a dosing pump of the wrong configuration or size is installed, processes may be negatively impacted, and unnecessary cost increases may be experienced. Learn how to avoid many of these costly mistakes by attending this short one-hour webinar.
1 hour
Compatible with mobile devices.
This webinar focuses on sizing and selecting booster pumps and systems in real world municipal water applications while covering key features and benefits of operation. There will be particular emphasis on pump controller capabilities. You will learn of the basic components that make up a booster system, understand the information that is required and what resources are available for sizing pumps, and finally you will see the process for properly selecting these booster systems.
This webinar focuses on sizing and selecting booster pumps and systems in real world municipal water applications while covering key features and benefits of operation. There will be particular emphasis on pump controller capabilities. You will learn of the basic components that make up a booster system, understand the information that is required and what resources are available for sizing pumps, and finally you will see the process for properly selecting these booster systems.
1 hour
Compatible with mobile devices.
The most fundamental of all centrifugal pump documents – the performance curve – is packed with information that can be used as an aid in selection and specification of the right equipment. This webinar will teach you to read the pump curve, to know what information is there, and understand how it is formatted. Additionally, we will learn how to interpret the graphically provided information and what it means. Finally, you will learn how to use the pump curve to make decisions on the choice of pump and driver sizing, power consumption strategies, and many others.
The most fundamental of all centrifugal pump documents – the performance curve – is packed with information that can be used as an aid in selection and specification of the right equipment. This webinar will teach you to read the pump curve, to know what information is there, and understand how it is formatted. Additionally, we will learn how to interpret the graphically provided information and what it means. Finally, you will learn how to use the pump curve to make decisions on the choice of pump and driver sizing, power consumption strategies, and many others.
1 hour
Compatible with mobile devices.
This is the second in a two-part webinar series on interpretation and use of the pump curve for variable speed pumping. It builds on the fundamental knowledge of the single speed pump curve that was addressed in part one. Today we will explore which parts of the curve apply in identical ways to both fixed and variable speed operation, and also the important differences in their use. This knowledge will enable you to make informed decisions when selecting and specifying variable speed pumps along with their drivers and controls, in order to optimize performance and reduce power consumption.
This is the second in a two-part webinar series on interpretation and use of the pump curve for variable speed pumping. It builds on the fundamental knowledge of the single speed pump curve that was addressed in part one. Today we will explore which parts of the curve apply in identical ways to both fixed and variable speed operation, and also the important differences in their use. This knowledge will enable you to make informed decisions when selecting and specifying variable speed pumps along with their drivers and controls, in order to optimize performance and reduce power consumption.
1 hour
Compatible with mobile devices.
1 hour
Compatible with mobile devices.
This webinar will introduce you to the wide range of applications for Grundfos submersible pumping products for sewage and other types of wastewater. You will learn how to select the type of submersible unit, along with appropriate materials and configurations for a variety of collection, transport, and treatment applications.
This webinar will introduce you to the wide range of applications for Grundfos submersible pumping products for sewage and other types of wastewater. You will learn how to select the type of submersible unit, along with appropriate materials and configurations for a variety of collection, transport, and treatment applications.
1 hour
Compatible with mobile devices.
In this webinar we will discuss pumping strategies that can be employed in order to reduce energy consumption and optimize system performance under part load conditions. We will focus on pumps in HVAC and boosting systems in commercial buildings, but the principles to be discussed apply to a broad range of markets and pump applications. Topics covered will include the relative merits of both vertical inline multi stage pumps and single stage pumps such as end suction types, ECM motors, and parallel pumping with its related staging strategies.
In this webinar we will discuss pumping strategies that can be employed in order to reduce energy consumption and optimize system performance under part load conditions. We will focus on pumps in HVAC and boosting systems in commercial buildings, but the principles to be discussed apply to a broad range of markets and pump applications. Topics covered will include the relative merits of both vertical inline multi stage pumps and single stage pumps such as end suction types, ECM motors, and parallel pumping with its related staging strategies.
1 hour
Compatible with mobile devices.
Engineers go to great lengths to reduce energy consumption for their clients in hydronic systems, but just specifying a variable flow pump and motor isn’t the complete answer. This session will help engineers ensure they are able to understand the many control modes that are possible with today’s modern variable speed pumps to maximize their energy savings.
Engineers go to great lengths to reduce energy consumption for their clients in hydronic systems, but just specifying a variable flow pump and motor isn’t the complete answer. This session will help engineers ensure they are able to understand the many control modes that are possible with today’s modern variable speed pumps to maximize their energy savings.
1 hour
Compatible with mobile devices.
With so many pump systems having a wide range of flow requirements the concept of parallel pumping is often discussed. Modern technology - mainly the advent of variable speed drives - has brought about additional insights in terms of controlling parallel connected pumps. This webinar will introduce fundamentals of system curves, their relationship to pump head-capacity curves, and how they are used with parallel pumping. The benefits of parallel connected pumps will be presented as well as the importance of pump system control curves.
With so many pump systems having a wide range of flow requirements the concept of parallel pumping is often discussed. Modern technology - mainly the advent of variable speed drives - has brought about additional insights in terms of controlling parallel connected pumps. This webinar will introduce fundamentals of system curves, their relationship to pump head-capacity curves, and how they are used with parallel pumping. The benefits of parallel connected pumps will be presented as well as the importance of pump system control curves.
1 hour
Compatible with mobile devices.
After you have gained a secure knowledge of the information found on a pump curve, this webinar will enable you to successfully apply the system curve in both fixed and variable speed applications. Then we will take it one step further and demonstrate the functionality of the control curve - which is essential for understanding the impact of available control modes on the actual performance of the pump within the system. Armed with this knowledge, you will be able to make solid decisions on variable speed pump selection, control, and specification.
After you have gained a secure knowledge of the information found on a pump curve, this webinar will enable you to successfully apply the system curve in both fixed and variable speed applications. Then we will take it one step further and demonstrate the functionality of the control curve - which is essential for understanding the impact of available control modes on the actual performance of the pump within the system. Armed with this knowledge, you will be able to make solid decisions on variable speed pump selection, control, and specification.
1 hour
Compatible with mobile devices.
In this course we will discuss different types of radiant floor systems, and explain how radiant heat warms a space and its occupants. We will discuss the relative efficiency of these systems, various piping strategies will be explored, and materials of construction of key components will be discussed. We will explain the implications of using a variety of floor finish material, including tile, linoleum, carpet, hardwood, and others. Use of water only and water/glycol mix systems will be covered, as will the relative merits of the different types of systems.
In this course we will discuss different types of radiant floor systems, and explain how radiant heat warms a space and its occupants. We will discuss the relative efficiency of these systems, various piping strategies will be explored, and materials of construction of key components will be discussed. We will explain the implications of using a variety of floor finish material, including tile, linoleum, carpet, hardwood, and others. Use of water only and water/glycol mix systems will be covered, as will the relative merits of the different types of systems.
1 hour
Compatible with mobile devices.
Several additional products have been added to our Grundfos Express (GXS) pump selection tool (SE/SL/SLV, SEG, etc). We would like to walk you through an introduction of GXS and how to select & configure these products.
Several additional products have been added to our Grundfos Express (GXS) pump selection tool (SE/SL/SLV, SEG, etc). We would like to walk you through an introduction of GXS and how to select & configure these products.
1 hour
Compatible with mobile devices.
Traditionally, horizontal split case pumps and conventional vertical inline pumps have been used in applications with a wide range of flows and pumping heads. These applications can be challenging for single stage pumps when the pumping head is high enough that the pump must operate to the left of the Best Efficiency Point on the curve – and often perilously close to Shut-off Head. And note that Shut-off Head is often referred to as Dead Head for a number of very valid reasons. This webinar will show you when is it appropriate to select a vertical inline multi-stage pump for these high head applications and will give suggestions on other situations in which it might prove beneficial to choose the multi-stage option.
Traditionally, horizontal split case pumps and conventional vertical inline pumps have been used in applications with a wide range of flows and pumping heads. These applications can be challenging for single stage pumps when the pumping head is high enough that the pump must operate to the left of the Best Efficiency Point on the curve – and often perilously close to Shut-off Head. And note that Shut-off Head is often referred to as Dead Head for a number of very valid reasons. This webinar will show you when is it appropriate to select a vertical inline multi-stage pump for these high head applications and will give suggestions on other situations in which it might prove beneficial to choose the multi-stage option.
1 hour
Compatible with mobile devices.
Traditionally, horizontal split case pumps and conventional vertical inline pumps have been used in applications with a wide range of flows and pumping heads. These applications can be challenging for single stage pumps when the pumping head is high enough that the pump must operate to the left of the Best Efficiency Point on the curve – and often perilously close to Shut-off Head. And note that Shut-off Head is often referred to as Dead Head for a number of very valid reasons. This webinar will show you when is it appropriate to select a vertical inline multi-stage pump for these high head applications and will give suggestions on other situations in which it might prove beneficial to choose the multi-stage option.
Traditionally, horizontal split case pumps and conventional vertical inline pumps have been used in applications with a wide range of flows and pumping heads. These applications can be challenging for single stage pumps when the pumping head is high enough that the pump must operate to the left of the Best Efficiency Point on the curve – and often perilously close to Shut-off Head. And note that Shut-off Head is often referred to as Dead Head for a number of very valid reasons. This webinar will show you when is it appropriate to select a vertical inline multi-stage pump for these high head applications and will give suggestions on other situations in which it might prove beneficial to choose the multi-stage option.
1 hour
Compatible with mobile devices.
1 hour
The focus of the training will be on how to select and configure the Peerless Vertical Turbine pumps within the GXS program. Participants will be given an introduction into VT selections and configuration by walking through examples. The presenters will also highlight the navigational differences between GXS and RAPID.
1 hour
Compatible with mobile devices.
In this webinar you will be introduced to the basics of water treatment as it applies to a variety of water-based applications, with a focus on preparation of the treated water for re-use. Equipment and well as methodologies will be explored.
In this webinar you will be introduced to the basics of water treatment as it applies to a variety of water-based applications, with a focus on preparation of the treated water for re-use. Equipment and well as methodologies will be explored.