Hydraulic Institute Engineering Data Book -

The Data Book provides the definitive exposition of the Affinity Laws, which govern the relationship between speed, impeller diameter, flow, head, and power.

Whether you are dealing with hot water pumping, high-viscosity oil transfer, or slurry handling, the data within the book provides the necessary parameters to avoid misapplication. The Digital Evolution: Engineering Data Online

The is a cornerstone resource for engineers, designers, and maintenance professionals involved in the design, selection, and operation of pumping systems. For decades, it has served as the "go-to" reference for reliable, technical information on fluid dynamics and pump performance, now modernized into the web-based Engineering Data Library (EDL).

Rather than looking up tables, users can input variables to calculate friction loss or NPSH instantly. 4. Why Engineers Rely on the HI Data Book

To accurately review client specifications and recommend the exact pump model needed. hydraulic institute engineering data book

Ready-to-use tables showing friction loss per 100 feet of pipe based on flow rate (GPM) and pipe size.

The foundational equations for calculating head loss.

At its core, the Hydraulic Institute Engineering Data Book is a concise, comprehensive, and highly practical reference manual for anyone involved in the design, specification, operation, or maintenance of pumping systems. Intended for a broad audience of engineers, technicians, and students, the Data Book consolidates a vast array of principles, formulas, and data tables into a single, manageable volume.

The book is authored by the , the largest association of pump manufacturers in North America. Its peer-reviewed content ensures that the data meets rigorous industry consensus standards, making it an essential resource for both academic study and professional practice. Key Topics and Technical Content The Data Book provides the definitive exposition of

When a pump fails in the field, a quick glance at the HI fitting tables can help an engineer diagnose whether an poorly designed suction elbow is causing uneven flow or cavitation. Summary of Key Formula Methodologies Included

To help engineers optimize pipe sizing and pump selection to minimize energy consumption. 2. Key Sections and Critical Data

Detailed data on density, viscosity, and vapor pressure for water and common industrial liquids.

The manual focuses on the physical properties of fluids and their interaction with piping systems. It bridges academic fluid mechanics theory and practical, real-world engineering solutions. Key Functions For decades, it has served as the "go-to"

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The Hydraulic Institute Engineering Data Book is not flashy. It has no glossy photos or influencer endorsements. But it has something better: .

: The Hydraulic Institute Engineering Data Book – 2nd Edition is available directly from the Hydraulic Institute Store for $95.00.

Unlike general handbooks such as Cameron Hydraulic Data or Crane TP-410, the HI Engineering Data Book maintains a specific focus on the pump as a system component. It does not just present formulas; it contextualizes them within real-world pumping applications, from municipal water supply to chemical processing and HVAC.